ASAP2_VERSION  1 3
/* Erstellt von DAMOS++ V1.21-1 Win2000 */
/begin PROJECT C11039_25F1_0 "C11039"
  /begin HEADER ""
    VERSION    "C11039_25F1_0"
    PROJECT_NO C11039_25F1_0
  /end HEADER

  /begin MODULE DIM ""

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

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

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

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

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

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

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

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

    taggedstruct {

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

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

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

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

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

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

      /* Description of the ETK mailbox that is used for communication between the ECU and */
          /* the application program (e.g. for programming data into the ECU flash) */  
      "ETK_MAILBOX" struct {
        ulong;      /* Test pattern for the ECU to detect a valid mailbox          */
        enum {      /* Memory page (code, data, external RAM) used for communication */
                    /* from application program to ECU */                                                                       
          "CODE"  = 1,
          "DATA"  = 2,
          "EXRAM" = 3
        };
        ulong;      /* Base address of buffer for communication appl. program -> ECU  */
        ulong;      /* Length of buffer for comunication appl. program -> ECU   */
        enum {      /* Memory page (code, data, external RAM) used for communication */
                    /* from ECU to application program */                                                                       
          "CODE"  = 1,
          "DATA"  = 2,
          "EXRAM" = 3
        };
        ulong;      /* Base address of buffer for communication ECU -> appl. program */
        ulong;      /* Length of buffer for comunication ECU -> appl. program  */
      };
    }
  };
  /* for CHARACTERISTIC and AXIS_PTS and MEMORY_LAYOUT */
  "DP_BLOB" struct
  {
    ulong;      /* start address for example of a map */
    ulong;      /* length of the map                  */
  };

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

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

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

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


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

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


    }; 
  /end A2ML

  /begin MOD_PAR "C11039"
    VERSION "PrV = C25F1 mit 90"
    ADDR_EPK 0x810005
    EPK "41/1/ME7.1.1/5/C11039//25F1/Dst90/180705/"
    CUSTOMER_NO "5"
    USER ""
    PHONE_NO ""
    CPU_TYPE "S80166"
    ECU "ME7.1.1"
    /begin MEMORY_SEGMENT Pst800000 "" CODE EPROM EXTERN 0x800000 0x10000 -1 -1 -1 -1 -1 
    /begin IF_DATA ETK ADDRESS_MAPPING /*orig_adr:*/0x800000 /*mapping_adr:*/0x800000 /*length:*/0x10000 /end IF_DATA
    /end MEMORY_SEGMENT

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

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

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

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

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

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



    SYSTEM_CONSTANT "ANZ_VARTAB" "16"
    SYSTEM_CONSTANT "ANZ_VARTABC" "16"
    SYSTEM_CONSTANT "CANDF_V321" "6"
    SYSTEM_CONSTANT "CANDF_V423" "18"
    SYSTEM_CONSTANT "CANDF_V424" "19"
    SYSTEM_CONSTANT "CANDF_V425" "20"
    SYSTEM_CONSTANT "CANDF_V435" "25"
    SYSTEM_CONSTANT "CANDF_V436" "26"
    SYSTEM_CONSTANT "CANDF_V456" "37"
    SYSTEM_CONSTANT "CANDF_V465" "38"
    SYSTEM_CONSTANT "CANDF_V466" "39"
    SYSTEM_CONSTANT "CANDF_V476" "44"
    SYSTEM_CONSTANT "CANDF_V477" "45"
    SYSTEM_CONSTANT "EPK_MAX_LEN" "80"
    SYSTEM_CONSTANT "SK_ME711" "1"
    SYSTEM_CONSTANT "SK_PEASIC" "1"
    SYSTEM_CONSTANT "SK_UMASIC" "1"
    SYSTEM_CONSTANT "SWOFFDL_REQUEST_MASK" "8191"
    SYSTEM_CONSTANT "SY_2HFM" "0"
    SYSTEM_CONSTANT "SY_2SG" "0"
    SYSTEM_CONSTANT "SY_2SGHST" "0"
    SYSTEM_CONSTANT "SY_2SLS" "0"
    SYSTEM_CONSTANT "SY_2TEV" "0"
    SYSTEM_CONSTANT "SY_AAU" "1"
    SYSTEM_CONSTANT "SY_AAV" "0"
    SYSTEM_CONSTANT "SY_ABGKL" "1"
    SYSTEM_CONSTANT "SY_ABGY" "0"
    SYSTEM_CONSTANT "SY_ABGYVBP" "0"
    SYSTEM_CONSTANT "SY_ABMZND" "0"
    SYSTEM_CONSTANT "SY_ACTRQCM" "0"
    SYSTEM_CONSTANT "SY_ADR" "0"
    SYSTEM_CONSTANT "SY_AEKPBI" "0"
    SYSTEM_CONSTANT "SY_AEKPBIV" "0"
    SYSTEM_CONSTANT "SY_AFR" "0"
    SYSTEM_CONSTANT "SY_AGR" "0"
    SYSTEM_CONSTANT "SY_AGRCLV" "0"
    SYSTEM_CONSTANT "SY_AGRGSTA" "0"
    SYSTEM_CONSTANT "SY_AGRKOMP" "0"
    SYSTEM_CONSTANT "SY_AGRVBP" "0"
    SYSTEM_CONSTANT "SY_AGR_DSS" "0"
    SYSTEM_CONSTANT "SY_AHRLSU" "0"
    SYSTEM_CONSTANT "SY_AIRBAG" "1"
    SYSTEM_CONSTANT "SY_ALLRAD" "0"
    SYSTEM_CONSTANT "SY_ALLRAD_NIVEAU" "0"
    SYSTEM_CONSTANT "SY_ANZLUE" "2"
    SYSTEM_CONSTANT "SY_ASAP" "130"
    SYSTEM_CONSTANT "SY_ASG" "0"
    SYSTEM_CONSTANT "SY_ASICRUN" "1"
    SYSTEM_CONSTANT "SY_ASICRUNTIME" "1"
    SYSTEM_CONSTANT "SY_ASM" "0"
    SYSTEM_CONSTANT "SY_ASR" "1"
    SYSTEM_CONSTANT "SY_ASTIKR" "0"
    SYSTEM_CONSTANT "SY_ASTIKR2" "0"
    SYSTEM_CONSTANT "SY_ASTNHK" "0"
    SYSTEM_CONSTANT "SY_ASTNHK2" "0"
    SYSTEM_CONSTANT "SY_ASTNTL" "0"
    SYSTEM_CONSTANT "SY_ASTNTL2" "0"
    SYSTEM_CONSTANT "SY_ASTNVK" "0"
    SYSTEM_CONSTANT "SY_ASTNVK2" "0"
    SYSTEM_CONSTANT "SY_ASTVHK" "0"
    SYSTEM_CONSTANT "SY_ASTVHK2" "0"
    SYSTEM_CONSTANT "SY_ASTVVK" "0"
    SYSTEM_CONSTANT "SY_ASTVVK2" "0"
    SYSTEM_CONSTANT "SY_ASV" "0"
    SYSTEM_CONSTANT "SY_ATLB" "0"
    SYSTEM_CONSTANT "SY_ATMLA" "0"
    SYSTEM_CONSTANT "SY_ATMST" "0"
    SYSTEM_CONSTANT "SY_ATMZA" "0"
    SYSTEM_CONSTANT "SY_ATR" "0"
    SYSTEM_CONSTANT "SY_AWUE" "0"
    SYSTEM_CONSTANT "SY_AZUESHF" "3"
    SYSTEM_CONSTANT "SY_B2B_KOS" "0"
    SYSTEM_CONSTANT "SY_B2B_PROKON" "0"
    SYSTEM_CONSTANT "SY_B2B_TKMWL" "0"
    SYSTEM_CONSTANT "SY_BATTSG" "0"
    SYSTEM_CONSTANT "SY_BBPHSYN" "1"
    SYSTEM_CONSTANT "SY_BDE" "0"
    SYSTEM_CONSTANT "SY_BELA" "1"
    SYSTEM_CONSTANT "SY_BGSRM" "0"
    SYSTEM_CONSTANT "SY_BGVMX" "1"
    SYSTEM_CONSTANT "SY_BGVZS" "0"
    SYSTEM_CONSTANT "SY_BH" "0"
    SYSTEM_CONSTANT "SY_BIRE" "0"
    SYSTEM_CONSTANT "SY_BKS" "0"
    SYSTEM_CONSTANT "SY_BKV" "0"
    SYSTEM_CONSTANT "SY_BKVP" "3"
    SYSTEM_CONSTANT "SY_BLOOP" "0"
    SYSTEM_CONSTANT "SY_BNWSX" "0"
    SYSTEM_CONSTANT "SY_BUKDIAG" "1"
    SYSTEM_CONSTANT "SY_C167CS" "1"
    SYSTEM_CONSTANT "SY_C167CS_IRAM" "2"
    SYSTEM_CONSTANT "SY_C167CS_XRAM" "2"
    SYSTEM_CONSTANT "SY_CAN" "1"
    SYSTEM_CONSTANT "SY_CANAC" "1"
    SYSTEM_CONSTANT "SY_CANACC" "0"
    SYSTEM_CONSTANT "SY_CANADR" "1"
    SYSTEM_CONSTANT "SY_CANAIR" "1"
    SYSTEM_CONSTANT "SY_CANALL" "0"
    SYSTEM_CONSTANT "SY_CANBEM" "0"
    SYSTEM_CONSTANT "SY_CANBR2" "3"
    SYSTEM_CONSTANT "SY_CANBR3" "3"
    SYSTEM_CONSTANT "SY_CANBR5" "0"
    SYSTEM_CONSTANT "SY_CANBR8" "0"
    SYSTEM_CONSTANT "SY_CANBSG" "2"
    SYSTEM_CONSTANT "SY_CANCINS" "2"
    SYSTEM_CONSTANT "SY_CANCLA" "2"
    SYSTEM_CONSTANT "SY_CANDIA1" "0"
    SYSTEM_CONSTANT "SY_CANGAT" "1"
    SYSTEM_CONSTANT "SY_CANGE2" "1"
    SYSTEM_CONSTANT "SY_CANGE3" "0"
    SYSTEM_CONSTANT "SY_CANGE6" "0"
    SYSTEM_CONSTANT "SY_CANGRA" "5"
    SYSTEM_CONSTANT "SY_CANLHV" "39"
    SYSTEM_CONSTANT "SY_CANLWS" "2"
    SYSTEM_CONSTANT "SY_CANMUX_KC" "0"
    SYSTEM_CONSTANT "SY_CANMUX_KK" "0"
    SYSTEM_CONSTANT "SY_CANMUX_MM" "0"
    SYSTEM_CONSTANT "SY_CANNIV" "0"
    SYSTEM_CONSTANT "SY_CANNOHK" "0"
    SYSTEM_CONSTANT "SY_CANPB1" "0"
    SYSTEM_CONSTANT "SY_CANTOG" "2"
    SYSTEM_CONSTANT "SY_CANZAS" "2"
    SYSTEM_CONSTANT "SY_CAN_B" "1"
    SYSTEM_CONSTANT "SY_CAN_C" "1"
    SYSTEM_CONSTANT "SY_CAN_CONFIG" "28"
    SYSTEM_CONSTANT "SY_CDCSIZE" "4"
    SYSTEM_CONSTANT "SY_CDKSIZE" "4"
    SYSTEM_CONSTANT "SY_CDTSIZE" "1"
    SYSTEM_CONSTANT "SY_CFMST" "0"
    SYSTEM_CONSTANT "SY_CHKPROC" "71131"
    SYSTEM_CONSTANT "SY_CIFIF" "0"
    SYSTEM_CONSTANT "SY_CJ110" "0"
    SYSTEM_CONSTANT "SY_CJ120" "0"
    SYSTEM_CONSTANT "SY_CJ125" "2"
    SYSTEM_CONSTANT "SY_CJ830" "0"
    SYSTEM_CONSTANT "SY_CJ830RST" "0"
    SYSTEM_CONSTANT "SY_CKA" "0"
    SYSTEM_CONSTANT "SY_CKBI" "0"
    SYSTEM_CONSTANT "SY_CLASIZE" "1"
    SYSTEM_CONSTANT "SY_CNG" "0"
    SYSTEM_CONSTANT "SY_COMPILERVERSION" "51"
    SYSTEM_CONSTANT "SY_CONFSL" "1"
    SYSTEM_CONSTANT "SY_COPOTI" "0"
    SYSTEM_CONSTANT "SY_CRCTAB" "2"
    SYSTEM_CONSTANT "SY_CSBVAR" "0"
    SYSTEM_CONSTANT "SY_CVT" "1"
    SYSTEM_CONSTANT "SY_DAAV" "0"
    SYSTEM_CONSTANT "SY_DAGRFC" "4"
    SYSTEM_CONSTANT "SY_DCDACC" "2"
    SYSTEM_CONSTANT "SY_DCPV" "1"
    SYSTEM_CONSTANT "SY_DCSAVE" "0"
    SYSTEM_CONSTANT "SY_DCV" "0"
    SYSTEM_CONSTANT "SY_DDYLSU" "0"
    SYSTEM_CONSTANT "SY_DECOS" "0"
    SYSTEM_CONSTANT "SY_DEGFE" "2"
    SYSTEM_CONSTANT "SY_DELFCMS" "0"
    SYSTEM_CONSTANT "SY_DFLP" "1"
    SYSTEM_CONSTANT "SY_DFPANZ" "194"
    SYSTEM_CONSTANT "SY_DFPMEEP" "0"
    SYSTEM_CONSTANT "SY_DFPMENV" "2"
    SYSTEM_CONSTANT "SY_DFPMTIM" "4"
    SYSTEM_CONSTANT "SY_DFPMVAR" "3"
    SYSTEM_CONSTANT "SY_DFPM_DATA_FAR" "1"
    SYSTEM_CONSTANT "SY_DFP_ANZ" "2"
    SYSTEM_CONSTANT "SY_DGANZ" "1"
    SYSTEM_CONSTANT "SY_DHELSU" "0"
    SYSTEM_CONSTANT "SY_DIADRL" "0"
    SYSTEM_CONSTANT "SY_DIBLKL" "0"
    SYSTEM_CONSTANT "SY_DIMONL" "0"
    SYSTEM_CONSTANT "SY_DIPRGL" "0"
    SYSTEM_CONSTANT "SY_DIPROC" "0"
    SYSTEM_CONSTANT "SY_DISFFDATA" "0"
    SYSTEM_CONSTANT "SY_DIVARL" "0"
    SYSTEM_CONSTANT "SY_DKAT" "1"
    SYSTEM_CONSTANT "SY_DKATEF" "0"
    SYSTEM_CONSTANT "SY_DKATLRS" "1"
    SYSTEM_CONSTANT "SY_DKATNO" "0"
    SYSTEM_CONSTANT "SY_DKATSP" "0"
    SYSTEM_CONSTANT "SY_DKATSPF" "0"
    SYSTEM_CONSTANT "SY_DKATTH" "0"
    SYSTEM_CONSTANT "SY_DKHZ" "0"
    SYSTEM_CONSTANT "SY_DKTSPFK" "0"
    SYSTEM_CONSTANT "SY_DKTSPHK" "0"
    SYSTEM_CONSTANT "SY_DKZEROP" "0"
    SYSTEM_CONSTANT "SY_DLCKD" "40"
    SYSTEM_CONSTANT "SY_DLCPEN" "40"
    SYSTEM_CONSTANT "SY_DLDP" "0"
    SYSTEM_CONSTANT "SY_DLS" "1"
    SYSTEM_CONSTANT "SY_DLSFHV" "0"
    SYSTEM_CONSTANT "SY_DLSFV" "0"
    SYSTEM_CONSTANT "SY_DLSHV" "1"
    SYSTEM_CONSTANT "SY_DLSU" "0"
    SYSTEM_CONSTANT "SY_DLSUV" "1"
    SYSTEM_CONSTANT "SY_DMDDVS" "0"
    SYSTEM_CONSTANT "SY_DMDVAR" "2"
    SYSTEM_CONSTANT "SY_DMDZAG" "1"
    SYSTEM_CONSTANT "SY_DMTL" "0"
    SYSTEM_CONSTANT "SY_DOPZW" "0"
    SYSTEM_CONSTANT "SY_DSGIDCK" "0"
    SYSTEM_CONSTANT "SY_DSKNO" "0"
    SYSTEM_CONSTANT "SY_DSKVND" "0"
    SYSTEM_CONSTANT "SY_DSL10MS" "0"
    SYSTEM_CONSTANT "SY_DSL2MS" "0"
    SYSTEM_CONSTANT "SY_DSM" "0"
    SYSTEM_CONSTANT "SY_DSS" "0"
    SYSTEM_CONSTANT "SY_DSU" "0"
    SYSTEM_CONSTANT "SY_DSVDK" "0"
    SYSTEM_CONSTANT "SY_DTANKL" "1"
    SYSTEM_CONSTANT "SY_DTES" "2"
    SYSTEM_CONSTANT "SY_DTHM" "0"
    SYSTEM_CONSTANT "SY_DUZND" "0"
    SYSTEM_CONSTANT "SY_DVEADA" "1"
    SYSTEM_CONSTANT "SY_DVEATT" "0"
    SYSTEM_CONSTANT "SY_DVEKOOR" "0"
    SYSTEM_CONSTANT "SY_EEPROM_ADDRESS_MODE" "0"
    SYSTEM_CONSTANT "SY_EEPROM_SIZE" "1024"
    SYSTEM_CONSTANT "SY_EE_FZINFO" "1"
    SYSTEM_CONSTANT "SY_EGAS" "1"
    SYSTEM_CONSTANT "SY_EGFE" "9"
    SYSTEM_CONSTANT "SY_EKPRMK" "1"
    SYSTEM_CONSTANT "SY_ELKUP" "0"
    SYSTEM_CONSTANT "SY_ENVBLOK" "2"
    SYSTEM_CONSTANT "SY_EOLT" "1"
    SYSTEM_CONSTANT "SY_ERCOS_TIMER_INPUT_SEL" "5"
    SYSTEM_CONSTANT "SY_ESNWS" "0"
    SYSTEM_CONSTANT "SY_ESTZ" "0"
    SYSTEM_CONSTANT "SY_ESUKNGN" "0"
    SYSTEM_CONSTANT "SY_ETKBYP" "0"
    SYSTEM_CONSTANT "SY_ETKMAXNUMEX" "1"
    SYSTEM_CONSTANT "SY_ETRART" "0"
    SYSTEM_CONSTANT "SY_EXHDEVE" "0"
    SYSTEM_CONSTANT "SY_FACLADP" "1"
    SYSTEM_CONSTANT "SY_FANT" "1"
    SYSTEM_CONSTANT "SY_FARRAM_EN" "1"
    SYSTEM_CONSTANT "SY_FAWSP" "0"
    SYSTEM_CONSTANT "SY_FCMDISP" "20"
    SYSTEM_CONSTANT "SY_FCMEELN" "5"
    SYSTEM_CONSTANT "SY_FCMIRD" "0"
    SYSTEM_CONSTANT "SY_FCMSIZE" "20"
    SYSTEM_CONSTANT "SY_FDTHM" "0"
    SYSTEM_CONSTANT "SY_FFCSIZE" "11"
    SYSTEM_CONSTANT "SY_FFESIZE" "0"
    SYSTEM_CONSTANT "SY_FFTSIZE" "2"
    SYSTEM_CONSTANT "SY_FFZ" "0"
    SYSTEM_CONSTANT "SY_FGRABZ" "0"
    SYSTEM_CONSTANT "SY_FGRAGWE" "0"
    SYSTEM_CONSTANT "SY_FGREWP" "0"
    SYSTEM_CONSTANT "SY_FGRPLUS" "0"
    SYSTEM_CONSTANT "SY_FKAT" "1"
    SYSTEM_CONSTANT "SY_FKAT2" "1"
    SYSTEM_CONSTANT "SY_FLASH_SIZE" "1024"
    SYSTEM_CONSTANT "SY_FLBOOT_V" "0"
    SYSTEM_CONSTANT "SY_FLUQ" "45"
    SYSTEM_CONSTANT "SY_FREQ_CPU" "40000"
    SYSTEM_CONSTANT "SY_FRROM_V" "1537"
    SYSTEM_CONSTANT "SY_FWFGR" "0"
    SYSTEM_CONSTANT "SY_GAP" "2"
    SYSTEM_CONSTANT "SY_GAS" "0"
    SYSTEM_CONSTANT "SY_GEFZFRM" "0"
    SYSTEM_CONSTANT "SY_GGGTS" "0"
    SYSTEM_CONSTANT "SY_GLST" "0"
    SYSTEM_CONSTANT "SY_GRDWOF" "0"
    SYSTEM_CONSTANT "SY_GRDWRT" "72"
    SYSTEM_CONSTANT "SY_GRUNDWERT" "72"
    SYSTEM_CONSTANT "SY_HBR" "0"
    SYSTEM_CONSTANT "SY_HDP" "0"
    SYSTEM_CONSTANT "SY_HFM" "1"
    SYSTEM_CONSTANT "SY_HFM2" "0"
    SYSTEM_CONSTANT "SY_HKAT" "1"
    SYSTEM_CONSTANT "SY_HKAT2" "1"
    SYSTEM_CONSTANT "SY_HKS" "0"
    SYSTEM_CONSTANT "SY_HLA" "0"
    SYSTEM_CONSTANT "SY_HLCCARB" "4"
    SYSTEM_CONSTANT "SY_HLSFFET" "0"
    SYSTEM_CONSTANT "SY_HLSHFET" "0"
    SYSTEM_CONSTANT "SY_HMM" "0"
    SYSTEM_CONSTANT "SY_HOMAGR" "0"
    SYSTEM_CONSTANT "SY_HSP" "0"
    SYSTEM_CONSTANT "SY_HWCONFIG_SLS" "0"
    SYSTEM_CONSTANT "SY_HWMSG" "0"
    SYSTEM_CONSTANT "SY_ICLSUIP" "0"
    SYSTEM_CONSTANT "SY_INGASOS" "8"
    SYSTEM_CONSTANT "SY_INHIBIT" "0"
    SYSTEM_CONSTANT "SY_INI_OBD" "1"
    SYSTEM_CONSTANT "SY_INJTIM_PRE" "128"
    SYSTEM_CONSTANT "SY_INTFLASH_SIZE" "0"
    SYSTEM_CONSTANT "SY_ISOPROT" "0"
    SYSTEM_CONSTANT "SY_ISOTP" "0"
    SYSTEM_CONSTANT "SY_IUMPR" "0"
    SYSTEM_CONSTANT "SY_KHFMDY" "0"
    SYSTEM_CONSTANT "SY_KHSLS" "0"
    SYSTEM_CONSTANT "SY_KL50" "0"
    SYSTEM_CONSTANT "SY_KLDF" "1"
    SYSTEM_CONSTANT "SY_KMTR" "1"
    SYSTEM_CONSTANT "SY_KMTREG" "0"
    SYSTEM_CONSTANT "SY_KNWS" "1"
    SYSTEM_CONSTANT "SY_KOAC" "1"
    SYSTEM_CONSTANT "SY_KOBIDIR" "0"
    SYSTEM_CONSTANT "SY_KOEVAB" "1"
    SYSTEM_CONSTANT "SY_KONSERVIERUNG" "711039"
    SYSTEM_CONSTANT "SY_KOPWM" "2"
    SYSTEM_CONSTANT "SY_KORL" "0"
    SYSTEM_CONSTANT "SY_KORRZ" "1"
    SYSTEM_CONSTANT "SY_KRDY" "0"
    SYSTEM_CONSTANT "SY_KRMFTIM_PRE" "128"
    SYSTEM_CONSTANT "SY_KRNDY" "0"
    SYSTEM_CONSTANT "SY_KR_EXT" "1"
    SYSTEM_CONSTANT "SY_KR_INT" "0"
    SYSTEM_CONSTANT "SY_KS1" "3"
    SYSTEM_CONSTANT "SY_KS2" "2"
    SYSTEM_CONSTANT "SY_KS3" "0"
    SYSTEM_CONSTANT "SY_KS4" "1"
    SYSTEM_CONSTANT "SY_KSZA" "4"
    SYSTEM_CONSTANT "SY_KUPFGR" "0"
    SYSTEM_CONSTANT "SY_KUPOT" "0"
    SYSTEM_CONSTANT "SY_KWP2000VAG" "1"
    SYSTEM_CONSTANT "SY_KWP71" "0"
    SYSTEM_CONSTANT "SY_LAMBTS" "1"
    SYSTEM_CONSTANT "SY_LBK" "0"
    SYSTEM_CONSTANT "SY_LBKGSTA" "0"
    SYSTEM_CONSTANT "SY_LECK" "0"
    SYSTEM_CONSTANT "SY_LENKH" "1"
    SYSTEM_CONSTANT "SY_LENKHILFE_PORT" "0"
    SYSTEM_CONSTANT "SY_LFS" "3"
    SYSTEM_CONSTANT "SY_LLR" "0"
    SYSTEM_CONSTANT "SY_LOWRA" "0"
    SYSTEM_CONSTANT "SY_LR2PAR" "1"
    SYSTEM_CONSTANT "SY_LRFKEF" "0"
    SYSTEM_CONSTANT "SY_LRFKEFC" "0"
    SYSTEM_CONSTANT "SY_LRFKEFM" "0"
    SYSTEM_CONSTANT "SY_LRHCAS" "0"
    SYSTEM_CONSTANT "SY_LRSEZ" "0"
    SYSTEM_CONSTANT "SY_LS" "0"
    SYSTEM_CONSTANT "SY_LSAGETR" "0"
    SYSTEM_CONSTANT "SY_LSFHV" "0"
    SYSTEM_CONSTANT "SY_LSFNHK" "1"
    SYSTEM_CONSTANT "SY_LSFNHK2" "1"
    SYSTEM_CONSTANT "SY_LSFNVK" "0"
    SYSTEM_CONSTANT "SY_LSFNVK2" "0"
    SYSTEM_CONSTANT "SY_LSFV" "0"
    SYSTEM_CONSTANT "SY_LSFVVK" "0"
    SYSTEM_CONSTANT "SY_LSFVVK2" "0"
    SYSTEM_CONSTANT "SY_LSHV" "1"
    SYSTEM_CONSTANT "SY_LSUGR" "1"
    SYSTEM_CONSTANT "SY_LSUIKR" "0"
    SYSTEM_CONSTANT "SY_LSUIKR2" "0"
    SYSTEM_CONSTANT "SY_LSUMRS" "0"
    SYSTEM_CONSTANT "SY_LSUQS" "0"
    SYSTEM_CONSTANT "SY_LSUSTA" "0"
    SYSTEM_CONSTANT "SY_LSVL" "0"
    SYSTEM_CONSTANT "SY_LSVV" "0"
    SYSTEM_CONSTANT "SY_LUART" "0"
    SYSTEM_CONSTANT "SY_LUEFTKONF" "33"
    SYSTEM_CONSTANT "SY_LUEKONF" "9249"
    SYSTEM_CONSTANT "SY_LUFAK" "202.661983231672"
    SYSTEM_CONSTANT "SY_LUFIKL" "0"
    SYSTEM_CONSTANT "SY_LUR" "0"
    SYSTEM_CONSTANT "SY_LUV" "0"
    SYSTEM_CONSTANT "SY_LUVE" "0"
    SYSTEM_CONSTANT "SY_LWS" "1"
    SYSTEM_CONSTANT "SY_LZ_BOOT" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE100MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE10MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE1MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE1S" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE200MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE20MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE2MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE50MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZE5MS" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZESYN" "0"
    SYSTEM_CONSTANT "SY_LZ_SIZESYN2" "0"
    SYSTEM_CONSTANT "SY_M1I00A" "191"
    SYSTEM_CONSTANT "SY_M1I00B" "159"
    SYSTEM_CONSTANT "SY_M1I00C" "232"
    SYSTEM_CONSTANT "SY_M1I00D" "145"
    SYSTEM_CONSTANT "SY_M1I20A" "128"
    SYSTEM_CONSTANT "SY_M1I20B" "0"
    SYSTEM_CONSTANT "SY_M1I20C" "17"
    SYSTEM_CONSTANT "SY_M1I20D" "0"
    SYSTEM_CONSTANT "SY_M2I00A" "127"
    SYSTEM_CONSTANT "SY_M2I00B" "152"
    SYSTEM_CONSTANT "SY_M2I00C" "0"
    SYSTEM_CONSTANT "SY_M2I00D" "0"
    SYSTEM_CONSTANT "SY_M5IH00A" "195"
    SYSTEM_CONSTANT "SY_M5IH00B" "0"
    SYSTEM_CONSTANT "SY_M5IH00C" "0"
    SYSTEM_CONSTANT "SY_M5IH00D" "0"
    SYSTEM_CONSTANT "SY_M5IH20A" "0"
    SYSTEM_CONSTANT "SY_M5IH20B" "0"
    SYSTEM_CONSTANT "SY_M5IH20C" "0"
    SYSTEM_CONSTANT "SY_M5IH20D" "0"
    SYSTEM_CONSTANT "SY_M5IH40A" "0"
    SYSTEM_CONSTANT "SY_M5IH40B" "0"
    SYSTEM_CONSTANT "SY_M5IH40C" "0"
    SYSTEM_CONSTANT "SY_M5IH40D" "0"
    SYSTEM_CONSTANT "SY_M5IH60A" "0"
    SYSTEM_CONSTANT "SY_M5IH60B" "0"
    SYSTEM_CONSTANT "SY_M5IH60C" "0"
    SYSTEM_CONSTANT "SY_M5IH60D" "0"
    SYSTEM_CONSTANT "SY_M5IH80A" "0"
    SYSTEM_CONSTANT "SY_M5IH80B" "0"
    SYSTEM_CONSTANT "SY_M5IH80C" "0"
    SYSTEM_CONSTANT "SY_M5IH80D" "0"
    SYSTEM_CONSTANT "SY_M5IV00A" "0"
    SYSTEM_CONSTANT "SY_M5IV00B" "0"
    SYSTEM_CONSTANT "SY_M5IV00C" "0"
    SYSTEM_CONSTANT "SY_M5IV00D" "1"
    SYSTEM_CONSTANT "SY_M5IV20A" "0"
    SYSTEM_CONSTANT "SY_M5IV20B" "0"
    SYSTEM_CONSTANT "SY_M5IV20C" "0"
    SYSTEM_CONSTANT "SY_M5IV20D" "1"
    SYSTEM_CONSTANT "SY_M5IV40A" "0"
    SYSTEM_CONSTANT "SY_M5IV40B" "0"
    SYSTEM_CONSTANT "SY_M5IV40C" "0"
    SYSTEM_CONSTANT "SY_M5IV40D" "1"
    SYSTEM_CONSTANT "SY_M5IV60A" "0"
    SYSTEM_CONSTANT "SY_M5IV60B" "0"
    SYSTEM_CONSTANT "SY_M5IV60C" "0"
    SYSTEM_CONSTANT "SY_M5IV60D" "1"
    SYSTEM_CONSTANT "SY_M5IV80A" "240"
    SYSTEM_CONSTANT "SY_M5IV80B" "0"
    SYSTEM_CONSTANT "SY_M5IV80C" "0"
    SYSTEM_CONSTANT "SY_M5IV80D" "0"
    SYSTEM_CONSTANT "SY_M6I00A" "168"
    SYSTEM_CONSTANT "SY_M6I00B" "0"
    SYSTEM_CONSTANT "SY_M6I00C" "0"
    SYSTEM_CONSTANT "SY_M6I00D" "0"
    SYSTEM_CONSTANT "SY_M7VAR" "0"
    SYSTEM_CONSTANT "SY_M8I00B" "0"
    SYSTEM_CONSTANT "SY_M8I00C" "0"
    SYSTEM_CONSTANT "SY_M8I00D" "0"
    SYSTEM_CONSTANT "SY_M8I00E" "0"
    SYSTEM_CONSTANT "SY_M9I00A" "60"
    SYSTEM_CONSTANT "SY_M9I00B" "0"
    SYSTEM_CONSTANT "SY_M9I00C" "0"
    SYSTEM_CONSTANT "SY_M9I00D" "0"
    SYSTEM_CONSTANT "SY_MAGER" "0"
    SYSTEM_CONSTANT "SY_MAX_EV" "8"
    SYSTEM_CONSTANT "SY_MDASG" "1"
    SYSTEM_CONSTANT "SY_MDGSL" "0"
    SYSTEM_CONSTANT "SY_MDZUL" "6"
    SYSTEM_CONSTANT "SY_ME711_ESK" "16"
    SYSTEM_CONSTANT "SY_MFCCMODE1" "1"
    SYSTEM_CONSTANT "SY_MNA" "0"
    SYSTEM_CONSTANT "SY_MOST" "0"
    SYSTEM_CONSTANT "SY_MOXKFP" "0"
    SYSTEM_CONSTANT "SY_MSGRED" "0"
    SYSTEM_CONSTANT "SY_MTRXBLR" "0"
    SYSTEM_CONSTANT "SY_MWB19" "0"
    SYSTEM_CONSTANT "SY_MWBCAN" "0"
    SYSTEM_CONSTANT "SY_MWBKR" "0"
    SYSTEM_CONSTANT "SY_NLDG" "1"
    SYSTEM_CONSTANT "SY_NOHK" "0"
    SYSTEM_CONSTANT "SY_NOHK2" "0"
    SYSTEM_CONSTANT "SY_NOKT" "1"
    SYSTEM_CONSTANT "SY_NOXKAT" "0"
    SYSTEM_CONSTANT "SY_NO_ROMCODE_IN_FLASH" "1"
    SYSTEM_CONSTANT "SY_NSAD" "0"
    SYSTEM_CONSTANT "SY_NUMGAP" "1"
    SYSTEM_CONSTANT "SY_NWGA" "2"
    SYSTEM_CONSTANT "SY_NWGA2" "0"
    SYSTEM_CONSTANT "SY_NWGE" "1"
    SYSTEM_CONSTANT "SY_NWGE2" "0"
    SYSTEM_CONSTANT "SY_NWRA" "0"
    SYSTEM_CONSTANT "SY_NWRE" "1"
    SYSTEM_CONSTANT "SY_NWROI" "1"
    SYSTEM_CONSTANT "SY_NWS" "2"
    SYSTEM_CONSTANT "SY_NWSA" "2"
    SYSTEM_CONSTANT "SY_NWSTIM_PRE" "32"
    SYSTEM_CONSTANT "SY_NWVAR" "3"
    SYSTEM_CONSTANT "SY_NZUEB" "80"
    SYSTEM_CONSTANT "SY_OBDCERT" "2"
    SYSTEM_CONSTANT "SY_ONCHIP_ROMFLASH" "1"
    SYSTEM_CONSTANT "SY_OVERSIZE" "2"
    SYSTEM_CONSTANT "SY_OVLLIM" "3"
    SYSTEM_CONSTANT "SY_PBRPW" "1"
    SYSTEM_CONSTANT "SY_PEDABS" "0"
    SYSTEM_CONSTANT "SY_PGRAD" "4"
    SYSTEM_CONSTANT "SY_PGRAD2" "4"
    SYSTEM_CONSTANT "SY_PGRAD3" "0"
    SYSTEM_CONSTANT "SY_PGRAD4" "0"
    SYSTEM_CONSTANT "SY_PGTPO" "0"
    SYSTEM_CONSTANT "SY_PH2OFST" "0"
    SYSTEM_CONSTANT "SY_PHASEP" "0"
    SYSTEM_CONSTANT "SY_PHTWIN" "1"
    SYSTEM_CONSTANT "SY_PID41" "0"
    SYSTEM_CONSTANT "SY_PID41A" "0"
    SYSTEM_CONSTANT "SY_PROGCAN" "1"
    SYSTEM_CONSTANT "SY_PROZESSLAUFZEIT" "1"
    SYSTEM_CONSTANT "SY_RDE" "1"
    SYSTEM_CONSTANT "SY_REDMX" "6"
    SYSTEM_CONSTANT "SY_REVTIM_PRE" "32"
    SYSTEM_CONSTANT "SY_RLAPP" "1"
    SYSTEM_CONSTANT "SY_SAACC" "1"
    SYSTEM_CONSTANT "SY_SALSU" "0"
    SYSTEM_CONSTANT "SY_SCHICHT" "0"
    SYSTEM_CONSTANT "SY_SDFP" "0"
    SYSTEM_CONSTANT "SY_SGANZ" "1"
    SYSTEM_CONSTANT "SY_SGHWIDX" "0"
    SYSTEM_CONSTANT "SY_SGIDEXT" "1"
    SYSTEM_CONSTANT "SY_SHK_OT" "1"
    SYSTEM_CONSTANT "SY_SLPANST" "0"
    SYSTEM_CONSTANT "SY_SLPANZ" "1"
    SYSTEM_CONSTANT "SY_SLS" "88"
    SYSTEM_CONSTANT "SY_SLSHK" "0"
    SYSTEM_CONSTANT "SY_SLVANST" "0"
    SYSTEM_CONSTANT "SY_SLVANZ" "1"
    SYSTEM_CONSTANT "SY_SLWG" "0"
    SYSTEM_CONSTANT "SY_SPRSTRT" "0"
    SYSTEM_CONSTANT "SY_SSPB" "0"
    SYSTEM_CONSTANT "SY_ST10" "0"
    SYSTEM_CONSTANT "SY_STA" "0"
    SYSTEM_CONSTANT "SY_STADAP" "1"
    SYSTEM_CONSTANT "SY_STARTPAKET" "1"
    SYSTEM_CONSTANT "SY_STASTO" "0"
    SYSTEM_CONSTANT "SY_STERBTS" "1"
    SYSTEM_CONSTANT "SY_STEREO" "1"
    SYSTEM_CONSTANT "SY_STERFK" "0"
    SYSTEM_CONSTANT "SY_STERHK" "1"
    SYSTEM_CONSTANT "SY_STERSY" "0"
    SYSTEM_CONSTANT "SY_STERVK" "1"
    SYSTEM_CONSTANT "SY_STETLR" "1"
    SYSTEM_CONSTANT "SY_STIL" "0"
    SYSTEM_CONSTANT "SY_STVR" "0"
    SYSTEM_CONSTANT "SY_SU" "1"
    SYSTEM_CONSTANT "SY_SUP" "1"
    SYSTEM_CONSTANT "SY_SWEISR" "0"
    SYSTEM_CONSTANT "SY_SWE_B" "0"
    SYSTEM_CONSTANT "SY_SWE_C" "1"
    SYSTEM_CONSTANT "SY_SWE_K" "0"
    SYSTEM_CONSTANT "SY_SWE_S" "0"
    SYSTEM_CONSTANT "SY_T2DCHEX" "0"
    SYSTEM_CONSTANT "SY_T6MDTHM" "0"
    SYSTEM_CONSTANT "SY_TABST" "1"
    SYSTEM_CONSTANT "SY_TAGR" "0"
    SYSTEM_CONSTANT "SY_TCNS" "1"
    SYSTEM_CONSTANT "SY_TCOMIF" "0"
    SYSTEM_CONSTANT "SY_TDZW" "1"
    SYSTEM_CONSTANT "SY_TEBF" "1"
    SYSTEM_CONSTANT "SY_TEETH" "60"
    SYSTEM_CONSTANT "SY_TEVE2" "0"
    SYSTEM_CONSTANT "SY_TFA" "1"
    SYSTEM_CONSTANT "SY_TFAOPL" "1"
    SYSTEM_CONSTANT "SY_TFBA" "1"
    SYSTEM_CONSTANT "SY_TFMA" "1"
    SYSTEM_CONSTANT "SY_TFMAP" "1"
    SYSTEM_CONSTANT "SY_TFMHST" "0"
    SYSTEM_CONSTANT "SY_TFMO" "0"
    SYSTEM_CONSTANT "SY_TFNS" "1"
    SYSTEM_CONSTANT "SY_TFOL" "0"
    SYSTEM_CONSTANT "SY_TFRK" "1"
    SYSTEM_CONSTANT "SY_TFST" "1"
    SYSTEM_CONSTANT "SY_TFUMG" "2"
    SYSTEM_CONSTANT "SY_TFVA" "1"
    SYSTEM_CONSTANT "SY_TFWL" "1"
    SYSTEM_CONSTANT "SY_THYDRO" "0"
    SYSTEM_CONSTANT "SY_TIMER1_PRESCALER" "32"
    SYSTEM_CONSTANT "SY_TIMER3_PRESCALER" "64"
    SYSTEM_CONSTANT "SY_TIMER8_PRESCALER" "128"
    SYSTEM_CONSTANT "SY_TKA" "1"
    SYSTEM_CONSTANT "SY_TKAA" "1"
    SYSTEM_CONSTANT "SY_TKAT" "0"
    SYSTEM_CONSTANT "SY_TKSBT" "0"
    SYSTEM_CONSTANT "SY_TLDR" "0"
    SYSTEM_CONSTANT "SY_TLR" "1"
    SYSTEM_CONSTANT "SY_TLRARES" "0"
    SYSTEM_CONSTANT "SY_TLRASP" "0"
    SYSTEM_CONSTANT "SY_TN" "0"
    SYSTEM_CONSTANT "SY_TP20" "1"
    SYSTEM_CONSTANT "SY_TRLX" "1"
    SYSTEM_CONSTANT "SY_TSFSIZE" "1"
    SYSTEM_CONSTANT "SY_TUM" "1"
    SYSTEM_CONSTANT "SY_TUN" "2"
    SYSTEM_CONSTANT "SY_TUNKEY" "1"
    SYSTEM_CONSTANT "SY_TUNKEY1" "1"
    SYSTEM_CONSTANT "SY_TURBO" "0"
    SYSTEM_CONSTANT "SY_TVVR" "1"
    SYSTEM_CONSTANT "SY_TWAN" "0"
    SYSTEM_CONSTANT "SY_TWDKS" "0"
    SYSTEM_CONSTANT "SY_TWSLP" "0"
    SYSTEM_CONSTANT "SY_UB13V" "185"
    SYSTEM_CONSTANT "SY_UB1ADC" "0"
    SYSTEM_CONSTANT "SY_UBDEDIS" "92"
    SYSTEM_CONSTANT "SY_UBDEEN" "106"
    SYSTEM_CONSTANT "SY_UBKL15" "0"
    SYSTEM_CONSTANT "SY_UBOKDIS" "87"
    SYSTEM_CONSTANT "SY_UBOKEN" "102"
    SYSTEM_CONSTANT "SY_UBR" "1"
    SYSTEM_CONSTANT "SY_UBRSQ_W" "1128"
    SYSTEM_CONSTANT "SY_UBSQ_W" "720"
    SYSTEM_CONSTANT "SY_UHR" "4"
    SYSTEM_CONSTANT "SY_UMALS" "0"
    SYSTEM_CONSTANT "SY_USOFF" "205"
    SYSTEM_CONSTANT "SY_VAR" "445"
    SYSTEM_CONSTANT "SY_VARCODE" "0"
    SYSTEM_CONSTANT "SY_VS" "0"
    SYSTEM_CONSTANT "SY_VVT" "0"
    SYSTEM_CONSTANT "SY_WDTINPUT_SEL" "1"
    SYSTEM_CONSTANT "SY_WFS" "4"
    SYSTEM_CONSTANT "SY_WMAX" "78"
    SYSTEM_CONSTANT "SY_WMIN" "-32"
    SYSTEM_CONSTANT "SY_WNBM" "6"
    SYSTEM_CONSTANT "SY_WPHN" "1"
    SYSTEM_CONSTANT "SY_WSM" "0"
    SYSTEM_CONSTANT "SY_WUBISO" "0"
    SYSTEM_CONSTANT "SY_ZAS" "0"
    SYSTEM_CONSTANT "SY_ZIZWV" "1"
    SYSTEM_CONSTANT "SY_ZMS" "0"
    SYSTEM_CONSTANT "SY_ZNDAUS" "1"
    SYSTEM_CONSTANT "SY_ZP_LAMREG_EUII" "0"
    SYSTEM_CONSTANT "SY_ZWCALC" "1"
    SYSTEM_CONSTANT "SY_ZYLZA" "6"
    SYSTEM_CONSTANT "SY_ZZBANK" "42"
    SYSTEM_CONSTANT "SY_ZZLAM" "0"
    SYSTEM_CONSTANT "SY_ZZRL" "56"
    SYSTEM_CONSTANT "TSROHRES" "1000"
    SYSTEM_CONSTANT "VARKOD" "1"
    
  /end MOD_PAR

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

  /* --- AgI-Objekt für ETK (ASAP V1.3B0), Stand 1.0 16.7.98 --- */
  /begin IF_DATA ETK
    /begin TP_BLOB   /*version:*/0x1000001  /*pba:*/0x0  /*reset_cfg:*/0xFFFFFF07
      /begin DISTAB_CFG   /*dsptab:*/0xC   /*dat_mod:*/0x1   /*rfg:*/0x2   /*trgsegad:*/0x382940   /*trg_cfg:*/0x1020100 
        TRG_MOD /*Id:*/ 0x0   /*trg_mod:*/0x27 0x0 0x0 0x0 
      /end DISTAB_CFG       CODE_CHK   /*prg_data:*/0x0   /*prg_length:*/0x0   /*prg_eram:*/0x0   /*prg_length:*/0x0 
      ETK_CFG  0xf 0xf0 0xff 0x3 0xff 0xee 0xff 0x1
 /*   EMU_RAM  start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   EMU_DATA start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   EMU_CODE start_addr  length   CS     offset >>>>>   (multiple)  */
 /*   RESERVED start_addr  length   CS     offset >>>>>   (multiple)  */
      RESERVED_DISTAB_MEMORY   /*start_addr:*/0x817F50   /*length:*/0x144   EXTERN -1 -1 -1 -1 -1 

      ETK_MAILBOX  /*pattern:*/0x55555555  /*page_ecu:*/DATA  /*ecu_adr:*/0x600000  /*..length:*/0x8000  /*page_am:*/EXRAM  /*am_adr:*/0x620000  /*..length:*/0x8000 
    /end TP_BLOB 
      /begin SOURCE "Synchro" 103 1 
        QP_BLOB  /*raster:*/ 1  /*maxnum:*/0xA  /*distab:*/0x817F50  /*chnl:*/0x380E2C  /*trgid:*/0x382976  /*repet:*/0  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

      /begin SOURCE "10ms" 4 1 
        QP_BLOB  /*raster:*/ 2  /*maxnum:*/0x1A  /*distab:*/0x817F66  /*chnl:*/0x380E36  /*trgid:*/0x382978  /*repet:*/10  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

      /begin SOURCE "100ms" 5 1 
        QP_BLOB  /*raster:*/ 3  /*maxnum:*/0x1E  /*distab:*/0x817F9C  /*chnl:*/0x380E50  /*trgid:*/0x38297A  /*repet:*/100  /*bypass_max:*/0  /*bypass_out:*/0       /end SOURCE 

  /end IF_DATA

  /* --- AgI-Objekt für McMess/VS2x (ASAP V1.3), Stand 2.1 11.10.99; AML: ETAS-Og/Vector-Schnorr, 23.9.99 --Be-- */
/begin IF_DATA ASAP1B_MCMESS
 /begin SOURCE
  "Handshake" 103 1
  QP_BLOB HANDSHAKE 0
 /end SOURCE
 /begin TP_BLOB
   /* Version des TP_BLOB:*/0x102
   KOMKEN     13    /* Kommunikationskennung 1..255     */ 
   MCTGT      0x1                /* Targetadresse im Steuergerät mit Massetastung */ 
   MCINI      MASSE     /* Reizungstyp                      */ 
   WFSIDLE0     12               /* Wartezeit bevor Tester mit Reizung/Vorspann beginnt (quant. 10ms) */ 
   WFSIDLE1     8                /* Retriggerzeit von WFSIDLE0 (10ms-Quantisierung) */ 
   WFS5B        10               /* Wartezeit nach 5-Baud-Vorspann, bevor Tester mit der Protokoll-Einleitung                                                                         beginnt (quant. 100ms) */ 
   NOOFCYL    6     /* Zylinderanzahl                   */ 
   CYLCNAME   zzyl     /* Name der Zylinderzählerramzelle  */ 
   CYLSEQU    "1,4,3,6,2,5"/* Zündreihenfolge                  */ 
   XRAMOF     0   /* EXRAM-Offset: 0..255             */ 
   /begin VS_DEF                 /* Verstellparameterzuordnung       */ 
     "VSW:vszw"
     "VSFG:vsfrk"
     "VSWV:vsvw"
     "VSNS:vsns"
     "VSWZ1:vszwkr_0_A"
     "VSWZ2:vszwkr_1_A"
     "VSWZ3:vszwkr_2_A"
     "VSWZ4:vszwkr_3_A"
     "VSWZ5:vszwkr_4_A"
     "VSWZ6:vszwkr_5_A"
     "VSWZ7:vszwkr_6_A"
     "VSWZ8:vszwkr_7_A"
     "VSKF:vske"
     "VSMFA:vsdmr"
     "VSMFL:vsfpses"
     "VSLDS:vsrlmx"
     "VSLUC:vsldtv"
   /end VS_DEF

   /begin PSEUDO_ADR             /* Pseudoadressen                   */ 

    /end PSEUDO_ADR

   BYTE_ORDER MSB_LAST	

 /end TP_BLOB
/end IF_DATA 

/begin CHARACTERISTIC

    A0
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x81589A
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81589A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    A1
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x81589C
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81589C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    A2
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x81589E
    KwSw
    0.1249981
    fak_sw_b0p0625
    -0.06250000
    0.06249809

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81589E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AAGOFLOGIN
    "Login-Code für AAG-SG nicht verbaut"
    VALUE
    0x81555A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81555A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AAGONLOGIN
    "Login-Code für AAG-SG verbaut"
    VALUE
    0x81555C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81555C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABKKATTAB
    "Abkühlkurve in Abhängigkeit von der Abstellzeit"
    CURVE
    0x828002
    KlAUbSstUwWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828002  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOINI
    "Init-Wert  Start-Zähler für Erkennung Benzin im Öl"
    VALUE
    0x8196F3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOLRAR
    "Schwelle Anzahl Starts mit Benzin im Öl für reduzierte LRA"
    VALUE
    0x8196F4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ABOMX
    "max. Anzahl Start-Zähler für Erkennung Benzin im Öl"
    VALUE
    0x8196F5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ACSZNBM
    "BM-Zähler für Drehzahl=0 Erkennung nach Crashabschaltung"
    VALUE
    0x8124DA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ACSZRPH
    "PH-Zähler für Drehzahl=0 Erkennung nach Crashabschaltung"
    VALUE
    0x8124DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADCC_T_UM
    "Fehlerzeit bei zueinander unplausiblen ADC-Werten für sp1s"
    VALUE
    0x814360
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814360  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADKATNF
    "Normierungsfaktor für Signalamplitude der Sonde bzw. Katbelastung"
    VALUE
    0x8189DE
    KwUb
    23.87
    spg_ub_b24
    0.00
    23.87

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ADRONLOGIN
    "Logincode zum Aktivieren ADR"
    VALUE
    0x81555E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81555E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFZBKLH
    "Anzahl Fahrzyklen mit Bed. Kühlleistung hoch für Stuck-Check TMOT"
    VALUE
    0x819766
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819766  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFZBKLN
    "Anzahl Fahrzyklen mit Bed. Kühlleistung niedrig für Stuck-Check TMOT"
    VALUE
    0x819767
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819767  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AFZPTAFX
    "Anzahl Fahrzyklen für Plausibilitäts-Check fixiertes TANS-Signal"
    VALUE
    0x819721
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819721  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGANGW
    "Anzahl Gangwechsel für Diagnose Kupplungsschalter"
    VALUE
    0x818ABF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGR_AOG
    "oberer Grenzwert Anpassung AGR-Rate"
    VALUE
    0x810DD5
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AGR_AUG
    "unterer Grenzwert Anpassung AGR-Rate"
    VALUE
    0x810DD6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEAGW
    "Aussetzerhäufigkeit zum Erreichen der gesetzlichen Abgaslimits"
    VALUE
    0x813772
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813772  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEAGWS
    "Aussetzerhäufigkeit zum Erreichen der gesetzlichen Abgaslimits"
    VALUE
    0x813774
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813774  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEARV
    "Aussetzerhäufigkeit zum Erreichen der Ausblendung weiterer Funktionen"
    VALUE
    0x813776
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813776  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKA
    "Aussetzerhäufigkeit zum Erreichen einer Kraftstoffabschaltung"
    VALUE
    0x813778
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813778  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKS1B1
    "Aussetzerhäufigkeit zum Erreichen einer Katschädigung im 1. Intervall Bank 1"
    VALUE
    0x81377A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKS1B2
    "Aussetzerhäufigkeit zum Erreichen einer Katschädigung im 1. Intervall Bank 2"
    VALUE
    0x81377C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKSB1
    "Aussetzerhäufigkeit zum Erreichen einer Katalysatorschädigung Bank 1"
    VALUE
    0x81377E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81377E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHEKSB2
    "Aussetzerhäufigkeit zum Erreichen einer Katalysatorschädigung Bank 2"
    VALUE
    0x813780
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813780  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKATMN
    "Schwellwert Katalysator gut,  AHKAT < AHKATMN"
    VALUE
    0x8189DF
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKATMX
    "Schwellwert Katalysator defekt,  AHKAT > AHKATMX"
    VALUE
    0x8189E0
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKATS
    "Schwellwert für Summe AHKAT,AHKAT2 (Stereo )"
    VALUE
    0x8189E1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKATSB
    "Schwellwert für Summenbereichfehler (Stereo)"
    VALUE
    0x8189E2
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKTMXT
    "Schwellwert Katalysator defekt bei Testerbetrieb"
    VALUE
    0x8189E3
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AHKTTSW
    "Setztwert für Zeitgeber in Signalauswertung"
    VALUE
    0x81E7B6
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AIMVM
    "Anzahl Geschwindigkeitsimpulse pro m für Normierung v-Signal"
    VALUE
    0x8139CC
    KwUw
    9.999000
    fak_uw_q0p001
    0.001000000
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AINTKAN
    "Anzahl Intervalle mit Katschädigung für Ti-Abschaltung"
    CURVE
    0x81861D
    GklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81861D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AKUPPLB
    "Anzahl Kupplung betätigt für Diagnose Kupplungsschalter"
    VALUE
    0x818AC0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALFO
    "Anfangswert für Lernfilter bei fuel-on/fuel-off Adaption"
    VALUE
    0x813690
    KwUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813690  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALFOF
    "Anfangswert für Lernfilter bei fuel-off Adaption"
    VALUE
    0x81363E
    KwSw
    5.899658
    kw_dmdfof2
    0.09887695
    5.998535

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81363E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ALLPTAFX
    "Anzahl Leerlaufzyklen für Plausibilitäts-Check fixiertes TANS-Signal"
    VALUE
    0x819722
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819722  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANALUN
    "Anzahl Verbrennungen für Ausblendungen nach erkanntem Auss., drehzahlabhängig"
    CURVE
    0x818551
    GklWUb
    126.0
    dez
    1.000
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818551  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANALUST
    "Anzahl Verbrennungen für Ausblendungen nach erkanntem Auss., nach Start"
    VALUE
    0x818559
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818559  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANRZUEMX
    "Zündungszähler-Schwelle bis zu der STADAP aktiv"
    VALUE
    0x810BA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANUDLMN
    "Anzahl der Mittelwerte pro Synchro"
    VALUE
    0x81096F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWFOHE
    "Anzahl NW-Umdr. für Heilung"
    VALUE
    0x8101E7
    KwUb
    243.0
    dez
    12.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWFOST
    "Anzahl NW-Umdr. für Reaktivierung fuel-on/-off Adaption nach Ausblendung"
    VALUE
    0x8101D7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANWSTP
    "Anzahl NW-Umdr., die fuel-off Adaption lernt (nachdem eingeschwungen)"
    VALUE
    0x813640
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813640  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZDYNSH
    "Anzahl der Dynamikmessungen für Schwingungsprüfung Sonde hinter KAT"
    VALUE
    0x8189CA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZEAUS
    "Anzahl der auszublendenden Einspritzungen"
    VALUE
    0x810294
    KwUb
    3.000
    dez
    4.000
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810294  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZEKPVLMX
    "Max. Anzahl EKP Vorläufe ohne Erreichen von Startende"
    VALUE
    0x81AEB7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZFEHLER
    "Anzahl der Fehler, bis Eintrag in Fehlerspeicher erfolgt"
    VALUE
    0x818B20
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B20  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZHZKH
    "Anzahl der Heizer-Einkopplungen hinter KAT"
    VALUE
    0x8102F1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZHZOFFH
    "Anzahl der Heizungsausschaltungen hinter KAT"
    VALUE
    0x8102F2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZLVMXA
    "Maximale Anzahl Löseversuche bei verriegelter Nockenwelle Auslaß"
    VALUE
    0x811C9F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZLVMXE
    "Maximale Anzahl Löseversuche bei verriegelter Nockenwelle Einlaß"
    VALUE
    0x811CA0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZRIBEH
    "Anzahl der Ri-Berechnungen hinter KAT"
    VALUE
    0x8189C6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZRIWZGH
    "Anzahl der Ri-Berechnungen Wert zu groß hinter Hauptkat"
    VALUE
    0x8189C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZRMSL
    "Anzahl der MSL-Messungen für Auswertung des gleitenden Mittelwertes"
    VALUE
    0x81B60C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B60C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZSYNAB
    "Startwert für Zähler countrev"
    VALUE
    0x811D80
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZTPMX
    "Maximale Anzahl von hintereinander erlaubten Tips"
    VALUE
    0x818B2C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZTPUD
    "Maximale richtungsabhängige Anzahl von hintereinader erlaubten Tips"
    VALUE
    0x818B2D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ANZ_ZRPH
    "Anzahl Phasengeberraster zum Rücksetzen Anlasserfreigabe"
    VALUE
    0x810160
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810160  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APDTEFRE
    "Anzahl Vergleiche Gradient fr für Erkennen fr-eingeschwungen in DTEV"
    VALUE
    0x81A69C
    KwUb
    50.00
    dez
    0.00
    50.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A69C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APDTEVX
    "max. Anzahl Prüfungen bei erkanntem Fehler"
    VALUE
    0x81A69D
    KwUb
    10.00
    dez
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A69D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    APEKTDX
    "max. Anzahl Fehlerprüfungen bei Kat-Diagnose"
    VALUE
    0x8189E4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASGMDMX
    "max. Grenze Momentenintegral"
    VALUE
    0x829C3E
    KwUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASGPHNPLC0
    "Kennwert für Freigabebit B_asghpnpl=0"
    VALUE
    0x81A354
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A354  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ASGPHNPLC1
    "Kennwert für Freigabebit B_asgphnpl=1"
    VALUE
    0x81A355
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A355  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATISLATM
    "Anzti-Schwelle zur Umschaltung von lamns_w auf lamwl_w"
    CURVE
    0x81FA10
    GklWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA10  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATIWKSTM
    "Anzti-Schwelle zur Umschaltung von lamns_w auf lamwl_w bei Wiederholkaltstart"
    CURVE
    0x81FA28
    GklWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA28  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATMRWT
    "Temperaturkorrektur für Rohrwand aus TKATM"
    VALUE
    0x81E76E
    KwSw
    1535.977
    temp_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E76E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATMTAKR
    "Korrektur der Krümmertemperatur"
    CURVE
    0x81E53A
    KlAUbSstUbWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E53A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ATMTANS
    "Temperaturkorrektur der Abgas-Modell-Temperatur"
    CURVE
    0x81E546
    KlAUbSstUbWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E546  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tatu
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUFW100M
    "Zusaetzlich Testverzoegerung fuer 100ms-Task"
    VALUE
    0x827FFC
    KwUw
    1310700.
    t20usxus_q20
    0.00
    1310700.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUFW10MS
    "Zusaetzlich Testverzoegerung fuer 10ms-Task"
    VALUE
    0x8114C4
    KwUb
    5100.
    t20usxus_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUFW20MS
    "Zusaetzlich Testverzoegerung fuer 20ms-Task"
    VALUE
    0x816482
    KwUw
    1310700.
    t20usxus_q20
    0.00
    1310700.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x816482  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUFWSYNC
    "Zusaetzlich Testverzoegerung fuer Synchro-Task"
    VALUE
    0x8114C5
    KwUb
    5100.
    t20usxus_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSC_A_UM
    "zulässige Anzahl von Prüfungen auf nicht angezogenes Hauptrelais in %UMAUSC"
    VALUE
    0x816484
    KwUw
    65530.00
    dez
    5.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816484  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSGH_T_UM
    "Heilungszeit für Fehler in der zyklischen RAM-Prüfung der Funktionsüberwachung"
    VALUE
    0x814364
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814364  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSG_T_UM
    "Fehlertoleranzschwelle für zyklische RAM-Prüfung in der Funktionsüberwachung"
    VALUE
    0x814365
    KwUb
    255.0
    dezsub1
    1.000
    256.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814365  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZH_T_UM
    "Heilungszeit für Fehler in der zyklischen ROM-Prüfung der Funktionsüberwachung"
    VALUE
    0x814366
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814366  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZH_T_UR
    "Doppelablage (DA) für AUSZH_T_UM"
    VALUE
    0x814367
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814367  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AUSZ_T_UM
    "Fehlertoleranzschwelle für zyklische ROM-Prüfung in der Funktionsüberwachung"
    VALUE
    0x814368
    KwUb
    255.0
    dezsub1
    1.000
    256.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814368  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVDTEVX
    "max. Anzahl Prüfversuche DTEV"
    VALUE
    0x81A69E
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A69E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVKATFS
    "Setztwert für avkatf bei Powerfail"
    VALUE
    0x8189E5
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AVRALU
    "Anzahl NW-Umdr./Verbrenng. f. Reaktivierung Aussetzererkennung nach Ausblendung"
    VALUE
    0x810232
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810232  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKELDYN
    "Zündungen pro Zylinder bei KR-Lastdynamik => Klopferkennung"
    CURVE
    0x819B55
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B55  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKRLDYN
    "Anzahl Zündungen pro Zyl. bei KR-Lastdynamik"
    CURVE
    0x819B65
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B65  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZKRNDYN
    "Anzahl Zündungen für KR-Drehzahldynamik"
    CURVE
    0x819B75
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B75  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZLRKTT
    "Zwangsamplitude für Lambdaregelung aus Kat-Diagnose bei Testeranforderung"
    VALUE
    0x8189E6
    KwUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSTLU
    "Verlängerung der Ausblendanforderung bei Motorstart in Anzahl Zündungen"
    VALUE
    0x810233
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810233  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZSTPON
    "Umschaltung von Ausblendanforderung nach Motorstart in Anzahl Zündungen"
    VALUE
    0x813700
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813700  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    AZYTIAB
    "Maximale Anzahl von Zylindern mit Ti-Abschaltung aufgrund von Aussetzern"
    VALUE
    0x81023A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    B1
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8158A0
    KwSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    B2
    "Übertragungsfunktionskoeffizient"
    VALUE
    0x8158A2
    KwSw
    3.999939
    fak_sw_b2
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BFGRO
    "Obere Schwelle für Beschleunigung im FGR-Betrieb"
    VALUE
    0x813B8E
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BFGRU
    "Untere Schwelle für Beschleunigung im FGR-Betrieb"
    VALUE
    0x813B90
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

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

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

/begin CHARACTERISTIC

    BRABEVI
    "Beschleunigung bei Rampe Beschleunigen"
    CURVE
    0x81E9C0
    KlAUwSstUwWUw
    27.78029
    bfzg_uw_q4p239Em4
    0.00
    27.78029

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9C0  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgr_w
        vfzg_uw_b512
        8
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

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

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

/begin CHARACTERISTIC

    BRATD
    "Beschleunigung (Betrag) bei Rampe Tip-Down"
    VALUE
    0x81E9E2
    KwUw
    27.78029
    bfzg_uw_q4p239Em4
    0.00
    27.78029

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BRATU
    "Beschleunigung bei Rampe Tip-Up"
    VALUE
    0x81E9E4
    KwUw
    27.78029
    bfzg_uw_q4p239Em4
    0.00
    27.78029

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

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

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

/begin CHARACTERISTIC

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

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

/begin CHARACTERISTIC

    BSWKB
    "Beschleunigungsschwelle für Setzwertkorrektur nach einer Beschleunigung"
    VALUE
    0x81E9E6
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BSWKV
    "Beschleunigungsschwelle für Setzwertkorrektur nach einer Verzögerung"
    VALUE
    0x81E9E8
    KwSw
    27.7802865
    bfzg_sw_q4p239Em4
    -13.8903552
    13.8899313

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BTRKHTMS
    "Kennline zur Freigabe B_trkh"
    CURVE
    0x8197F4
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F4  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    BUSOFFCTR
    "Zähler für Bus-off-Flanken bis Fehlerspeichereintrag"
    VALUE
    0x810193
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810193  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BUSOFFTIME
    "Entprellzeit zum Rücksetzen von Bus-off-Fehler"
    VALUE
    0x810194
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810194  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BZ_MSR_UC
    ""
    VALUE
    0x8115F8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8115F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    BZ_MSR_UM
    ""
    VALUE
    0x814078
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814078  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CANVERS
    "CAN-Versionsbezeichnung"
    VALUE
    0x810183
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810183  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CBGRLP
    "Codewort Konfiguration Funktion BGRLP"
    VALUE
    0x810AB6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CCMKBI
    "Kombiausgabe Hubraum"
    VALUE
    0x818420
    KwUb
    25.50
    vol_q0p1_l
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818420  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

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

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

/begin CHARACTERISTIC

    CDAGRL
    "Codewort Diagnose Lagesensor abschalten (EURO-Codierung), CD..=0 -> keine Diag."
    VALUE
    0x818195
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDASG
    "Codewort Diagnose ASG"
    VALUE
    0x81A349
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A349  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDASG1
    "Codewort Diagnose ASG"
    VALUE
    0x81A34A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDATR
    "Konfigurationsbyte Diagnose Abgastemperaturregelung"
    VALUE
    0x818196
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDATS
    "Konfigurationsbyte Diagnose Abgastemperatursensor"
    VALUE
    0x818197
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDBKVP
    "Codewort zur Freigabe der Diagnose Bremskraftverstärker-Pumpe DBKVP"
    VALUE
    0x818198
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDCAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x81D064
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D064  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAATUN
    "Codewort CARB: Tuningschutz"
    VAL_BLK
    0x81D06C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D06C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCAKRE
    "Codewort CARB: Abgasklappe Endstufe"
    VAL_BLK
    0x81D074
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D074  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCANWS
    "Codewort Carb: Nockenwellensteuerung Auslass Nockenwelle"
    VAL_BLK
    0x81D07C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D07C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCANWSE
    "Codewort CARB: Auslaßnockenwelle- Endstufe"
    VAL_BLK
    0x81D084
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D084  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCASGNPL
    ""
    VAL_BLK
    0x81D08C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D08C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBKVP
    ""
    VAL_BLK
    0x81D094
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D094  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBKVPE
    "Codewort CARB: BKVPE (Bremskraftverstärker Pumpe)"
    VAL_BLK
    0x81D09C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D09C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBM
    "Codewort CARB: Bezugsmarkengeber"
    VAL_BLK
    0x81D0A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBREMS
    "Codewort CARB: Bremspedalgeber"
    VAL_BLK
    0x81D0AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCBZNPL
    ""
    VAL_BLK
    0x81D0B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAIR
    "Codewort CARB: Airbag-Botschaft"
    VAL_BLK
    0x81D0BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAIRP
    "Codewort CARB: unpl. Airbag-Botschaft"
    VAL_BLK
    0x81D0C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAS
    "Codewort CARB: CAN-Schnittstelle, Timeout ASC"
    VAL_BLK
    0x81D0CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCAT
    "Codewort CARB: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x81D0D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCBR2
    ""
    VAL_BLK
    0x81D0DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCBSG
    "Codewort CARB: BSG-Botschaft"
    VAL_BLK
    0x81D0E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCGAT
    "Codewort CARB: Gateway-Botschaft"
    VAL_BLK
    0x81D0EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCGE
    "Codewort CARB: CAN-Schnittstelle, Timeout EGS"
    VAL_BLK
    0x81D0F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCGRA
    "Codewort CARB: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x81D0FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D0FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCIF
    "Codewort CARB: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x81D104
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D104  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCINS
    "Codewort CARB: CAN-Schnittstelle, Timeout Instrument"
    VAL_BLK
    0x81D10C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D10C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCKLA
    "Codewort CARB: CAN-Schnittstelle, Timeout Klima"
    VAL_BLK
    0x81D114
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D114  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCLWS
    "Codewort CARB: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    VAL_BLK
    0x81D11C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D11C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCTOG
    "Codewort CARB: TOG-Botschaft"
    VAL_BLK
    0x81D124
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D124  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCCZAS
    "Codewort CARB: ZAS-Botschaft"
    VAL_BLK
    0x81D12C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D12C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK
    "Codewort CARB: DK - Potentiometer"
    VAL_BLK
    0x81D134
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D134  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK1P
    "Codewort CARB: Drosselklappe 1. Poti"
    VAL_BLK
    0x81D13C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D13C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDK2P
    "Codewort CARB: Drosselklappe 2. Poti"
    VAL_BLK
    0x81D144
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D144  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDPL
    "Codewort CARB: Dauerplus"
    VAL_BLK
    0x81D14C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D14C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSBKV
    "Codewort CARB: BKV"
    VAL_BLK
    0x81D154
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D154  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDSU
    "Codewort CARB: Drucksensor Umgebung"
    VAL_BLK
    0x81D15C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D15C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEE
    "Codewort CARB: DV-E Endstufe"
    VAL_BLK
    0x81D164
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D164  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEF
    "Codewort CARB: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x81D16C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D16C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEFO
    ""
    VAL_BLK
    0x81D174
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D174  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEL
    "Codewort CARB: DV-E Lageabweichung"
    VAL_BLK
    0x81D17C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D17C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEN
    "Codewort CARB: DV-E Fehler bei Prüfung Notluftposition"
    VAL_BLK
    0x81D184
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D184  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVER
    "Codewort CARB: DV-E Regelbereich"
    VAL_BLK
    0x81D18C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D18C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVET
    ""
    VAL_BLK
    0x81D194
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D194  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEU
    "Codewort CARB: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x81D19C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D19C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEUB
    ""
    VAL_BLK
    0x81D1A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEUW
    ""
    VAL_BLK
    0x81D1AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDVEV
    "Codewort CARB: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x81D1B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDYLSU
    ""
    VAL_BLK
    0x81D1BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCDYLSU2
    ""
    VAL_BLK
    0x81D1C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEGFE
    "Codewort CARB: Lasterfassung"
    VAL_BLK
    0x81D1CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEGSBGR
    ""
    VAL_BLK
    0x81D1D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCENWS
    "Codewort Carb: Nockenwellensteuerung Einlass Nockenwelle"
    VAL_BLK
    0x81D1DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCENWSE
    "Codewort CARB: Einlaßnockenwelle- Endstufe"
    VAL_BLK
    0x81D1E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEPCLE
    "Codewort CARB: Fahrverhaltens- Fehlerlampe ( Endstufe )"
    VAL_BLK
    0x81D1EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV1
    "Codewort CARB: EV von Zyl. 1"
    VAL_BLK
    0x81D1F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV2
    "Codewort CARB: EV von Zyl. 2"
    VAL_BLK
    0x81D1FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D1FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV3
    "Codewort CARB: EV von Zyl. 3"
    VAL_BLK
    0x81D204
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D204  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV4
    "Codewort CARB: EV von Zyl. 4"
    VAL_BLK
    0x81D20C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D20C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV5
    "Codewort CARB: EV von Zyl. 5"
    VAL_BLK
    0x81D214
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D214  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCEV6
    "Codewort CARB: EV von Zyl. 6"
    VAL_BLK
    0x81D21C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D21C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFKU
    ""
    VAL_BLK
    0x81D224
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D224  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFLP
    "Codewort CARB: Flash Programmierung"
    VAL_BLK
    0x81D22C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D22C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFP1P
    "Codewort CARB: Poti 1, Fahrpedal"
    VAL_BLK
    0x81D234
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D234  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFP2P
    "Codewort CARB: Poti 2, Fahrpedal"
    VAL_BLK
    0x81D23C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D23C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRAO
    "Codewort CARB: LR-Adaption obere multiplikativ"
    VAL_BLK
    0x81D244
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D244  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRAO2
    "Codewort CARB: LR-Adaption obere multiplikativ Bank 2"
    VAL_BLK
    0x81D24C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D24C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRAU
    "Codewort CARB: LR-Adaption untere multiplikativ"
    VAL_BLK
    0x81D254
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D254  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRAU2
    "Codewort CARB: LR-Adaption untere multiplikativ Bank 2"
    VAL_BLK
    0x81D25C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D25C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRST
    "Codewort CARB: LR-Abweichung"
    VAL_BLK
    0x81D264
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D264  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCFRST2
    "Codewort CARB: LR-Abweichung Bank 2"
    VAL_BLK
    0x81D26C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D26C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCGECOD
    "Codewort CARB: Getriebecodierung CAN"
    VAL_BLK
    0x81D274
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D274  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCGRBH
    "Codewort CARB: GRA Bedienhebelfehler"
    VAL_BLK
    0x81D27C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D27C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHELSU
    ""
    VAL_BLK
    0x81D284
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D284  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHELSU2
    ""
    VAL_BLK
    0x81D28C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D28C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHRE
    "Codewort CARB: Hauptrelais Endstufe"
    VAL_BLK
    0x81D294
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D294  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSH
    "Codewort CARB: Lambdasonden-Heizung hinter Katalysator"
    VAL_BLK
    0x81D29C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D29C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSH2
    "Codewort CARB: Lambdasonden-Heizung hinter Katalysator; (Bank2)"
    VAL_BLK
    0x81D2A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSHE
    "Codewort CARB: Endstufe Heizung Sonde hinter Kat."
    VAL_BLK
    0x81D2AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSHE2
    "Codewort CARB: Endstufe Heizung Sonde Hinter Kat. Bank 2"
    VAL_BLK
    0x81D2B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSV
    "Codewort CARB: Lambdasonden-Heizung vor Katalysator"
    VAL_BLK
    0x81D2BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSV2
    "Codewort CARB: Lambdasonden-Heizung vor Katalysator; (Bank2)"
    VAL_BLK
    0x81D2C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSVE
    "Codewort CARB: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VAL_BLK
    0x81D2CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCHSVE2
    "Codewort CARB: Lambdasonden-Heizung2 vor Katalysator (Endstufe)"
    VAL_BLK
    0x81D2D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCICLSU
    ""
    VAL_BLK
    0x81D2DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCICLSU2
    ""
    VAL_BLK
    0x81D2E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKAT
    "Codewort CARB: Katalysator-Konvertierung"
    VAL_BLK
    0x81D2EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKAT2
    "Codewort CARB: Katalysator-Konvertierung (Bank 2)"
    VAL_BLK
    0x81D2F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKPE
    "Codewort CARB: EKP-Relais Endstufe"
    VAL_BLK
    0x81D2FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D2FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA01
    "Codewort CARB: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x81D304
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D304  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA02
    "Codewort CARB: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x81D30C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D30C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA03
    "Codewort CARB: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x81D314
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D314  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA04
    "Codewort CARB: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x81D31C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D31C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA05
    "Codewort CARB: Klopfregelanschlag Zylinder 5"
    VAL_BLK
    0x81D324
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D324  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRA06
    "Codewort CARB: Klopfregelanschlag Zylinder 6"
    VAL_BLK
    0x81D32C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D32C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRNT
    "Codewort CARB: Klopfregelung Nulltest"
    VAL_BLK
    0x81D334
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D334  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKROF
    "Codewort CARB: Klopfregelung Offset"
    VAL_BLK
    0x81D33C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D33C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKRTP
    "Codewort CARB: Klopfregelung Testimpulse"
    VAL_BLK
    0x81D344
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D344  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKS1
    "Codewort CARB: Klopfsensor 1"
    VAL_BLK
    0x81D34C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D34C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKS2
    "Codewort CARB: Klopfsensor 2"
    VAL_BLK
    0x81D354
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D354  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKS3
    "Codewort CARB: Klopfsensor 3"
    VAL_BLK
    0x81D35C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D35C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKS4
    "Codewort CARB: Klopfsensor 4"
    VAL_BLK
    0x81D364
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D364  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCKUPPL
    "Codewort CARB: Kupplungspedalwertgeber"
    VAL_BLK
    0x81D36C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D36C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLASH
    "Codewort CARB: Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x81D374
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D374  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLASH2
    "Codewort CARB: Lambda-Sondenalterung hinter Kat. (Bank 2)"
    VAL_BLK
    0x81D37C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D37C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLAVH
    "Codewort CARB: Lambda-Sondenalterung (Vollast) hinter Kat."
    VAL_BLK
    0x81D384
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D384  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLAVH2
    ""
    VAL_BLK
    0x81D38C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D38C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLDPE
    "Codewort CARB: Leckdiagnosepumpe Endstufe"
    VAL_BLK
    0x81D394
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D394  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLLR
    "Codewort CARB: Leerlaufregelung am Anschlag"
    VAL_BLK
    0x81D39C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D39C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLM
    "Codewort CARB: LMM/HLM/HFM"
    VAL_BLK
    0x81D3A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSH
    "Codewort CARB: Lambda-Sonde hinter Kat"
    VAL_BLK
    0x81D3AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSH2
    "Codewort CARB: Lambda-Sonde 2 hinter Kat"
    VAL_BLK
    0x81D3B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSHV
    ""
    VAL_BLK
    0x81D3BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIA
    ""
    VAL_BLK
    0x81D3C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIA2
    ""
    VAL_BLK
    0x81D3CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIP
    ""
    VAL_BLK
    0x81D3D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUIP2
    ""
    VAL_BLK
    0x81D3DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUKS
    ""
    VAL_BLK
    0x81D3E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUKS2
    ""
    VAL_BLK
    0x81D3EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUUN
    ""
    VAL_BLK
    0x81D3F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUUN2
    ""
    VAL_BLK
    0x81D3FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D3FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUVM
    ""
    VAL_BLK
    0x81D404
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D404  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSUVM2
    ""
    VAL_BLK
    0x81D40C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D40C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSV
    "Codewort CARB: Lambda-Sonde vor Kat"
    VAL_BLK
    0x81D414
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D414  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSV2
    "Codewort CARB: Lambda-Sonde 2 vor Kat"
    VAL_BLK
    0x81D41C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D41C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLSVV
    "Codewort CARB: Vertauschte Lambda-Sonden vor Kat"
    VAL_BLK
    0x81D424
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D424  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLUE1
    ""
    VAL_BLK
    0x81D42C
    KwbUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D42C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCLUES1E
    "Codeword CARB: Endstufe Lüftersteuerung 1"
    VAL_BLK
    0x81D434
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D434  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMA
    ""
    VAL_BLK
    0x81D43C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D43C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD
    "Codewort CARB: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x81D444
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D444  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD00
    "Codewort CARB: Aussetzer Zyl. 0"
    VAL_BLK
    0x81D44C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D44C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD01
    "Codewort CARB: Aussetzer Zyl. 1"
    VAL_BLK
    0x81D454
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D454  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD02
    "Codewort CARB: Aussetzer Zylinder 2"
    VAL_BLK
    0x81D45C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D45C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD03
    "Codewort CARB: Aussetzer Zylinder 3"
    VAL_BLK
    0x81D464
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D464  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD04
    "Codewort CARB: Aussetzer Zylinder 4"
    VAL_BLK
    0x81D46C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D46C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMD05
    "Codewort CARB: Aussetzer Zylinder 5"
    VAL_BLK
    0x81D474
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D474  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMDB
    "Codewort CARB: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x81D47C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D47C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCMFA
    "Codewort CARB: MIL-fremdbestimmt"
    VAL_BLK
    0x81D484
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D484  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCN
    "Codewort CARB: Drehzahlsignalgeber"
    VAL_BLK
    0x81D48C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D48C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNWKW
    "Codewort CARB: Zuordnung Nockenwelle zu Kurbelwelle"
    VAL_BLK
    0x81D494
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D494  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNWKW2
    "Codewort CARB: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    VAL_BLK
    0x81D49C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D49C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCNX
    "Codewort CARB: NMAX - Überschreitung"
    VAL_BLK
    0x81D4A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPH
    "Codewort CARB: Phasensensor"
    VAL_BLK
    0x81D4AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPH2
    "Codewort CARB: Phasensensor Bank 2"
    VAL_BLK
    0x81D4B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPLLSU
    ""
    VAL_BLK
    0x81D4BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPLLSU2
    ""
    VAL_BLK
    0x81D4C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCPWGDE
    ""
    VAL_BLK
    0x81D4CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCRKAT
    "Codewort CARB: LR-Adaption QL-additiv"
    VAL_BLK
    0x81D4D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCRKAT2
    "Codewort CARB: LR-Adaption QL-additiv Bank 2"
    VAL_BLK
    0x81D4DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCRKAZ
    "Codewort CARB: LR-Adaption ti-additiv"
    VAL_BLK
    0x81D4E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCRKAZ2
    "Codewort CARB: LR-Adaption ti-additiv Bank 2"
    VAL_BLK
    0x81D4EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSCR
    "Codewort CARB: Überwachung Crashsignal"
    VAL_BLK
    0x81D4F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSGEEP
    "Codewort CARB: Steuergerät defekt (EEPROM)"
    VAL_BLK
    0x81D4FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D4FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSGEEW
    "Codewort CARB: Steuergerät defekt (EEPROM WFS-Bereich)"
    VAL_BLK
    0x81D504
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D504  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLPE
    "Codewort CARB: Sekundärluftpumpe (Endstufe)"
    VAL_BLK
    0x81D50C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D50C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLS
    "Codewort CARB: Sekundärluft-System"
    VAL_BLK
    0x81D514
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D514  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLS2
    "Codewort CARB: Sekundärluft-System Bank 2"
    VAL_BLK
    0x81D51C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D51C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLV
    "Codewort CARB: Sekundärluftventil"
    VAL_BLK
    0x81D524
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D524  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLV2
    "Codewort CARB: Sekundärluftventil, Bank 2"
    VAL_BLK
    0x81D52C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D52C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSLVE
    "Codewort CARB: Sekundärluftventil (Endstufe)"
    VAL_BLK
    0x81D534
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D534  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSUE
    "Codewort Carb: Endstufe Saugrohrumschaltung"
    VAL_BLK
    0x81D53C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D53C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCSWE
    "Codewort CARB: Beschleunigungssensor der Schlechtwegeerkennung"
    VAL_BLK
    0x81D544
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D544  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTA
    "Codewort CARB: TANS"
    VAL_BLK
    0x81D54C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D54C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTANKL
    "Codewort CARB: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x81D554
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D554  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTES
    "Codewort CARB: Tankentlüftungssystem"
    VAL_BLK
    0x81D55C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D55C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTESF
    "Codewort CARB: Tankentlüftungssystem Feinleck"
    VAL_BLK
    0x81D564
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D564  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTESG
    "Codewort CARB: Tankentlüftungssystem Grobleck"
    VAL_BLK
    0x81D56C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D56C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTEVE
    "Codewort CARB: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x81D574
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D574  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTEVE2
    "Codewort CARB: Tankentlüftungsventil Endstufe  Bank2"
    VAL_BLK
    0x81D57C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D57C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTKA
    "Codewort CARB: Temperatur Kühlerausgang"
    VAL_BLK
    0x81D584
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D584  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTM
    "Codewort CARB: Motortemperatur TMOT"
    VAL_BLK
    0x81D58C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D58C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTMKI
    "Codewort CARB: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81D594
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D594  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTOL
    "Codewort CARB: Öltemperatur"
    VAL_BLK
    0x81D59C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D59C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCTUM
    "Codewort CARB: Umgebungs(-luft)-Temperatur TUM"
    VAL_BLK
    0x81D5A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUB
    "Codewort CARB: Batteriespannung UB (Bordnetz)"
    VAL_BLK
    0x81D5AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUBR
    "Codewort CARB: UBR Bordnetzspannung über Hauptrelais"
    VAL_BLK
    0x81D5B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFMV
    "Codewort CARB: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x81D5BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFNC
    "Codewort CARB: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81D5C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFRLIP
    "Codewort CARB: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81D5CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSGA
    "Codewort CARB: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x81D5D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSGB
    "Codewort CARB: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x81D5DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSKA
    "Codewort CARB: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x81D5E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCUFSPSC
    "Codewort CARB: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81D5EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCULSU
    ""
    VAL_BLK
    0x81D5F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCULSU2
    ""
    VAL_BLK
    0x81D5FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D5FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURRAM
    "Codewort CARB: Rechnerüberwachung: RAM"
    VAL_BLK
    0x81D604
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D604  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURROM
    "Codewort CARB: Rechnerüberwachung: ROM"
    VAL_BLK
    0x81D60C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D60C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCURRST
    "Codewort CARB: Rechnerüberwachung: Reset"
    VAL_BLK
    0x81D614
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D614  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCVFZ
    "Codewort CARB: Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x81D61C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D61C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCWFS
    "Codewort CARB: Wegfahrsperre"
    VAL_BLK
    0x81D624
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D624  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCWFSRC
    "Codewort CARB: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x81D62C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D62C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET1
    ""
    VAL_BLK
    0x81D634
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D634  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET2
    ""
    VAL_BLK
    0x81D63C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D63C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET3
    ""
    VAL_BLK
    0x81D644
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D644  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET4
    ""
    VAL_BLK
    0x81D64C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D64C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET5
    ""
    VAL_BLK
    0x81D654
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D654  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZET6
    ""
    VAL_BLK
    0x81D65C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D65C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZWPE
    "Codeword CARB: Endstufe Relais für Zusatzwasserpumpe"
    VAL_BLK
    0x81D664
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D664  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDCZZZ
    "Dummy: Tabellenende"
    VAL_BLK
    0x81D66C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D66C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDDSBKV
    "Codewort für %DDSBKV"
    VALUE
    0x818199
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDDST
    "Codewort Tankdrucksensor-Diagnose abschalten (EURO-Codierung)"
    VALUE
    0x81819A
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDDYLSU
    "Codewort Diagnose Dynamikverhalten der LSU"
    VALUE
    0x81819B
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDEGFE
    "Codewort Diagnose Eingangsgrößen Füllungserfassung"
    VALUE
    0x81819C
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDEHFM
    "Codewort zum Aktivieren der Auswertung des HFM"
    VALUE
    0x81819D
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDFO
    "Codewort zum Ausschalten und Rücksetzen der Adaption"
    VALUE
    0x8101D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDFOMOD
    "Codewort zum Festlegen des Modus der Fuel-on/-off Adaption"
    VALUE
    0x8101D9
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDGGGTS
    "Codewort GGGTS (Kühlwassertemperatur über Kombi)"
    VALUE
    0x81819E
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHELSU
    "Codewort Diagnose Heizereinkopplung"
    VALUE
    0x81819F
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHRLSU
    "Codewort zum Einschalten der DHRLSU"
    VALUE
    0x8181A0
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHRLSUE
    "Codewort zum Einschalten der DHRLSUE"
    VALUE
    0x8181A1
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHSH
    "Codewort Heizerdiagnose hinter Kat (CDHSH = 0  => keine Diagnose)"
    VALUE
    0x8181A2
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHSHE
    "Eurobit für Diagnose Entstufe Lambdasondenheizung hinter Kat"
    VALUE
    0x8181A3
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHSV
    "Codewort Heizerdiagnose vor Kat im (CDHSV = 0  => keine Diagnose)"
    VALUE
    0x8181A4
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDHSVE
    "Codewort DHLSE Heizer Endstufe diagnose vor Kat"
    VALUE
    0x8181A5
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDICLSU
    "Codewort Dignose: Auswerte-IC für Breitband-Lambdasonde LSU"
    VALUE
    0x8181A6
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDKAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x81D674
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D674  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAATUN
    ""
    VAL_BLK
    0x81D67C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D67C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAKRE
    "Codewort Kunde: Endstufe Abgasklappe"
    VAL_BLK
    0x81D684
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D684  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKANWS
    "Codewort Kunde: Nockenwellensteuerung Auslass Nockenwelle"
    VAL_BLK
    0x81D68C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D68C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKANWSE
    "Codewort Kunde:Auslaßnockenwelle- Endstufe"
    VAL_BLK
    0x81D694
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D694  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKASGNPL
    ""
    VAL_BLK
    0x81D69C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D69C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKAT
    "Codewort Katalysator-Diagnose im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181A7
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDKATLK
    "Codewort für B_lrka aktiv"
    VALUE
    0x8189E7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBKVP
    ""
    VAL_BLK
    0x81D6A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBKVPE
    ""
    VAL_BLK
    0x81D6AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBM
    "Codewort Kunde: Bezugsmarkengeber"
    VAL_BLK
    0x81D6B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBREMS
    "Codewort Kunde: BREMS (Bremsschalter)"
    VAL_BLK
    0x81D6BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKBZNPL
    ""
    VAL_BLK
    0x81D6C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAIR
    "Codewort Kunde: Airbag-Botschaft"
    VAL_BLK
    0x81D6CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAIRP
    "Codewort Kunde: unpl. Airbag-Botschaft"
    VAL_BLK
    0x81D6D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAS
    "Codewort Kunde: CAN-Schnittstelle, Timeout ASC"
    VAL_BLK
    0x81D6DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCAT
    "Codewort Kunde: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x81D6E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCBR2
    ""
    VAL_BLK
    0x81D6EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCBSG
    "Codewort Kunde: BSG-Botschaft"
    VAL_BLK
    0x81D6F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCGAT
    "Codewort Kunde: Gateway-Botschaft"
    VAL_BLK
    0x81D6FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D6FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCGE
    "Codewort Kunde: CAN-Schnittstelle, Timeout EGS"
    VAL_BLK
    0x81D704
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D704  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCGRA
    "Codewort Kunde: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x81D70C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D70C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCIF
    "Codewort Kunde: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x81D714
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D714  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCINS
    "Codewort Kunde: CAN- timeout, Instrumente"
    VAL_BLK
    0x81D71C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D71C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCKLA
    "Codewort Kunde: CAN-Schnittstelle, Timeout Klima"
    VAL_BLK
    0x81D724
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D724  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCLWS
    "Codewort Kunde: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    VAL_BLK
    0x81D72C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D72C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCTOG
    "Codewort Kunde: TOG-Botschaft"
    VAL_BLK
    0x81D734
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D734  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKCZAS
    "Codewort Kunde: ZAS-Botschaft"
    VAL_BLK
    0x81D73C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D73C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK
    "Codewort Kunde: DK - Potentiometer"
    VAL_BLK
    0x81D744
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D744  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK1P
    "Codewort Kunde: Drosselklappe 1. Poti"
    VAL_BLK
    0x81D74C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D74C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDK2P
    "Codewort Kunde: Drosselklappenpotentiometer 2"
    VAL_BLK
    0x81D754
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D754  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDPL
    "Codewort Kunde: Dauerplus"
    VAL_BLK
    0x81D75C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D75C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSBKV
    "Codewort Kunde: Bremskraftverstärker"
    VAL_BLK
    0x81D764
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D764  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDSU
    "Codewort Kunde: Drucksensor Umgebung"
    VAL_BLK
    0x81D76C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D76C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEE
    "Codewort Kunde: DV-E Endstufe"
    VAL_BLK
    0x81D774
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D774  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEF
    "Codewort Kunde: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x81D77C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D77C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEFO
    ""
    VAL_BLK
    0x81D784
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D784  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEL
    "Codewort Kunde: DV-E Lageabweichung"
    VAL_BLK
    0x81D78C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D78C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEN
    "Codewort Kunde: DV-E Fehler bei Prüfung Notlufposition"
    VAL_BLK
    0x81D794
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D794  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVER
    "Codewort Kunde: DV-E Regelbereich"
    VAL_BLK
    0x81D79C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D79C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVET
    ""
    VAL_BLK
    0x81D7A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEU
    "Codewort Kunde: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x81D7AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEUB
    ""
    VAL_BLK
    0x81D7B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEUW
    ""
    VAL_BLK
    0x81D7BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDVEV
    "Codewort Kunde: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x81D7C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDYLSU
    ""
    VAL_BLK
    0x81D7CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKDYLSU2
    ""
    VAL_BLK
    0x81D7D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEGFE
    "Codewort Kunde: Lasterfassung"
    VAL_BLK
    0x81D7DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEGSBGR
    ""
    VAL_BLK
    0x81D7E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKENWS
    "Codewort Kunde: Nockenwellensteuerung Einlass Nockenwelle"
    VAL_BLK
    0x81D7EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKENWSE
    "Codewort Kunde: Einlaßnockenwelle- Endstufe"
    VAL_BLK
    0x81D7F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEPCLE
    "Codewort Kunde: Fahrverhaltens- Fehlerlampe ( Endstufe )"
    VAL_BLK
    0x81D7FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D7FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV1
    "Codewort Kunde: EV von Zyl. 1"
    VAL_BLK
    0x81D804
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D804  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV2
    "Codewort Kunde: EV von Zyl. 2"
    VAL_BLK
    0x81D80C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D80C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV3
    "Codewort Kunde: EV von Zyl. 3"
    VAL_BLK
    0x81D814
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D814  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV4
    "Codewort Kunde: EV von Zyl. 4"
    VAL_BLK
    0x81D81C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D81C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV5
    "Codewort Kunde: EV von Zyl. 5"
    VAL_BLK
    0x81D824
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D824  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKEV6
    "Codewort Kunde: EV von Zyl. 6"
    VAL_BLK
    0x81D82C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D82C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFKU
    ""
    VAL_BLK
    0x81D834
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D834  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFLP
    "Kodewort Kunde: Flash Programmierung"
    VAL_BLK
    0x81D83C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D83C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFP1P
    "Codewort Kunde: Poti 1, Fahrpedal"
    VAL_BLK
    0x81D844
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D844  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFP2P
    "Codewort Kunde: Poti 2, Fahrpedal"
    VAL_BLK
    0x81D84C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D84C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRAO
    "Codewort Kunde: LR- Adaption multi. obere Schwelle"
    VAL_BLK
    0x81D854
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D854  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRAO2
    "Codewort Kunde: LR- Adaption mult. oderer Bereich"
    VAL_BLK
    0x81D85C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D85C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRAU
    "Codewort Kunde: LR- Adaption multi. untere Schwelle"
    VAL_BLK
    0x81D864
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D864  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRAU2
    "Codewort Kunde: LR- Adaption mult. untere Schwelle Bank 2"
    VAL_BLK
    0x81D86C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D86C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRST
    "Codewort Kunde: LR- Abweichung"
    VAL_BLK
    0x81D874
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D874  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKFRST2
    "Codewort Kunde: LR- Abweichung Bank 2"
    VAL_BLK
    0x81D87C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D87C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKGECOD
    "Codewort Kunde: Getriebecodierung CAN"
    VAL_BLK
    0x81D884
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D884  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKGRBH
    "Codewort Kunde: GRA Bedienhebelfehler"
    VAL_BLK
    0x81D88C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D88C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHELSU
    ""
    VAL_BLK
    0x81D894
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D894  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHELSU2
    ""
    VAL_BLK
    0x81D89C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D89C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHRE
    ""
    VAL_BLK
    0x81D8A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSH
    "Codewort Kunde: Lambdasonden-Heizung hinter Katalysator"
    VAL_BLK
    0x81D8AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSH2
    "Codewort Kunde: Lambdasonden-Heizung hinter Katalysator, Bank 2"
    VAL_BLK
    0x81D8B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSHE
    "Codewort Kunde: Endstufe Heizung Sonde hinter Kat."
    VAL_BLK
    0x81D8BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSHE2
    "Codewort Kunde: Enstufe Heizung Sonde Hinter Kat. Bank 2"
    VAL_BLK
    0x81D8C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSV
    "Codewort Kunde: Lambdasonden-Heizung vor Katalysator"
    VAL_BLK
    0x81D8CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSV2
    "Codewort Kunde: Lambdasonden-Heizung vor Katalysator, Bank 2"
    VAL_BLK
    0x81D8D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSVE
    "Codewort Kunde: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VAL_BLK
    0x81D8DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKHSVE2
    "Codewort Kunde: Endstufe Heizung Sonde vor Kat. Bank 2"
    VAL_BLK
    0x81D8E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKICLSU
    ""
    VAL_BLK
    0x81D8EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKICLSU2
    ""
    VAL_BLK
    0x81D8F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKAT
    "Codewort Kunde: Katalysator-Konvertierung"
    VAL_BLK
    0x81D8FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D8FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKAT2
    "Codewort Kunde: Katalysator-Konvertierung (Bank 2)"
    VAL_BLK
    0x81D904
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D904  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKPE
    "Codewort Kunde: EKP-Relais Endstufe"
    VAL_BLK
    0x81D90C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D90C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA01
    "Codewort Kunde: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x81D914
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D914  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA02
    "Codewort Kunde: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x81D91C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D91C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA03
    "Codewort Kunde: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x81D924
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D924  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA04
    "Codewort Kunde: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x81D92C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D92C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA05
    "Codewort Kunde: Klopfregelanschlag Zylinder 5"
    VAL_BLK
    0x81D934
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D934  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRA06
    "Codewort Kunde: Klopfregelanschlag Zylinder 6"
    VAL_BLK
    0x81D93C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D93C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRNT
    "Codewort Kunde: Klopfregelung Nulltest"
    VAL_BLK
    0x81D944
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D944  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKROF
    "Codewort Kunde: Klopfregelung Offset"
    VAL_BLK
    0x81D94C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D94C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKRTP
    "Codewort Kunde: Klopfregelung Testimpuls"
    VAL_BLK
    0x81D954
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D954  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKS1
    "Codewort Kunde: Klopfsensor 1"
    VAL_BLK
    0x81D95C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D95C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKS2
    "Codewort Kunde: Klopfsensor 2"
    VAL_BLK
    0x81D964
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D964  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKS3
    "Codewort Kunde: Klopfsensor 3"
    VAL_BLK
    0x81D96C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D96C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKS4
    "Codewort Kunde: Klopfsensor 4"
    VAL_BLK
    0x81D974
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D974  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKKUPPL
    "Codewort Kunde: Pedalwertgeber Kupplung"
    VAL_BLK
    0x81D97C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D97C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLASH
    "Codewort Kunde: Lambda-Sondenalterung hinter Kat."
    VAL_BLK
    0x81D984
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D984  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLASH2
    "Codewort Kunde: Lambda-Sondenalterung hinter Kat.  Bank 2"
    VAL_BLK
    0x81D98C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D98C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLAVH
    ""
    VAL_BLK
    0x81D994
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D994  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLAVH2
    ""
    VAL_BLK
    0x81D99C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D99C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLDPE
    "Codewort Kunde: Leckdiagnosepumpe Endstufe"
    VAL_BLK
    0x81D9A4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9A4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLLR
    "Codewort Kunde: Leerlaufregelung am Anschlag"
    VAL_BLK
    0x81D9AC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9AC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLM
    "Codewort Kunde: LMM/HLM/HFM"
    VAL_BLK
    0x81D9B4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9B4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSH
    "Codewort Kunde: Lambda-Sonde hinter Kat"
    VAL_BLK
    0x81D9BC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9BC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSH2
    "Codewort Kunde: Lambda-Sonde 2 hinter Kat"
    VAL_BLK
    0x81D9C4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9C4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSHV
    ""
    VAL_BLK
    0x81D9CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9CC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIA
    ""
    VAL_BLK
    0x81D9D4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9D4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIA2
    ""
    VAL_BLK
    0x81D9DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9DC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIP
    ""
    VAL_BLK
    0x81D9E4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9E4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUIP2
    ""
    VAL_BLK
    0x81D9EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9EC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUKS
    ""
    VAL_BLK
    0x81D9F4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9F4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUKS2
    ""
    VAL_BLK
    0x81D9FC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81D9FC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUUN
    ""
    VAL_BLK
    0x81DA04
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA04  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUUN2
    ""
    VAL_BLK
    0x81DA0C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA0C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUVM
    ""
    VAL_BLK
    0x81DA14
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA14  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSUVM2
    ""
    VAL_BLK
    0x81DA1C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA1C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSV
    "Codewort Kunde: Lambda-Sonde vor Kat"
    VAL_BLK
    0x81DA24
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA24  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSV2
    "Codewort Kunde: Lambda-Sonde 2 vor Kat"
    VAL_BLK
    0x81DA2C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA2C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLSVV
    "Codewort Kunde: Vertauschte Lambda- Sonden vor Kat"
    VAL_BLK
    0x81DA34
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA34  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLUE1
    ""
    VAL_BLK
    0x81DA3C
    KwbUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA3C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKLUES1E
    ""
    VAL_BLK
    0x81DA44
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA44  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMA
    ""
    VAL_BLK
    0x81DA4C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA4C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD
    "Codewort Kunde: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x81DA54
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA54  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD00
    "Codewort Kunde: Aussetzer Zyl. 0"
    VAL_BLK
    0x81DA5C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA5C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD01
    "Codewort Kunde: Aussetzer Zyl. 1"
    VAL_BLK
    0x81DA64
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA64  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD02
    "Codewort Kunde: Aussetzer Zylinder 2"
    VAL_BLK
    0x81DA6C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA6C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD03
    "Codewort Kunde: Aussetzer Zylinder 3"
    VAL_BLK
    0x81DA74
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA74  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD04
    "Codewort Kunde: Aussetzer Zylinder 4"
    VAL_BLK
    0x81DA7C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA7C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMD05
    "Codewort Kunde: Aussetzer Zylinder 5"
    VAL_BLK
    0x81DA84
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA84  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMDB
    "Codewort Kunde: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x81DA8C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA8C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKMFA
    "Codewort Kunde: MIL-fremdbestimmt"
    VAL_BLK
    0x81DA94
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA94  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKN
    "Codewort Kunde: Drehzahlsignalgeber"
    VAL_BLK
    0x81DA9C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DA9C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNWKW
    "Codewort Kunde: Zuordnung Nockwelle zu Kurbelwelle"
    VAL_BLK
    0x81DAA4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAA4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNWKW2
    "Codewort Kunde: Zuordnung Nockwelle 2 zu Kurbelwelle"
    VAL_BLK
    0x81DAAC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAAC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKNX
    "Codewort Kunde: NMAX - Überschreitung"
    VAL_BLK
    0x81DAB4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAB4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPH
    "Codewort Kunde: Phasensensor"
    VAL_BLK
    0x81DABC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DABC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPH2
    "Codewort Kunde: Phasensensor 2"
    VAL_BLK
    0x81DAC4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAC4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPLLSU
    ""
    VAL_BLK
    0x81DACC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DACC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPLLSU2
    ""
    VAL_BLK
    0x81DAD4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAD4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKPWGDE
    ""
    VAL_BLK
    0x81DADC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DADC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKRKAT
    "Codewort Kunde: LR- Adaption pro Zeit"
    VAL_BLK
    0x81DAE4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAE4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKRKAT2
    "Codewort Kunde: LR- Adaption pro Zeit Bank 2"
    VAL_BLK
    0x81DAEC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAEC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKRKAZ
    "Codewort Kunde: LR- Adaption additiv pro Zündung"
    VAL_BLK
    0x81DAF4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAF4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKRKAZ2
    "Codewort Kunde: Lambdaregelungsadaption Kraftstoff (Bank 2)"
    VAL_BLK
    0x81DAFC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DAFC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSCR
    "Codewort Kunde: CRAS-Signal"
    VAL_BLK
    0x81DB04
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB04  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSGEEP
    "Codewort Kunde: Steuergerät defekt (EEPROM)"
    VAL_BLK
    0x81DB0C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB0C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSGEEW
    "Codewort Kunde: Steuergerät defekt (EEPROM WFS-Bereich)"
    VAL_BLK
    0x81DB14
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB14  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLPE
    "Codewort Kunde: Sekundärluftpumpe  (Endstufe)"
    VAL_BLK
    0x81DB1C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB1C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLS
    "Codewort Kunde: Sekundärluft-System"
    VAL_BLK
    0x81DB24
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB24  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLS2
    "Codewort Kunde: Sekundärluft-System Bank 2"
    VAL_BLK
    0x81DB2C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB2C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLV
    "Codewort Kunde: Sekundärluftventil"
    VAL_BLK
    0x81DB34
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB34  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLV2
    "Codewort Kunde: Sekundärluftventil Bank 2"
    VAL_BLK
    0x81DB3C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB3C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSLVE
    "Codewort Kunde: Sekundärluftventil (Endstufe)"
    VAL_BLK
    0x81DB44
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB44  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSUE
    "Codewort Kunde: Endstufe Saugrohrumschaltung"
    VAL_BLK
    0x81DB4C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB4C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKSWE
    "Codewort Kunde: Beschleunigungssensor der Schlechtwegeerkennung"
    VAL_BLK
    0x81DB54
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB54  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTA
    "Codewort Kunde: TANS"
    VAL_BLK
    0x81DB5C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB5C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTANKL
    "Codewort Kunde: OBDII Fehler auf Grund eines leeren Tanks"
    VAL_BLK
    0x81DB64
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB64  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTES
    "Codewort Kunde: Tankentlüftungssystem"
    VAL_BLK
    0x81DB6C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB6C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTESF
    "Codewort Kunde: Tankentlüftungssystem Feinleck"
    VAL_BLK
    0x81DB74
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB74  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTESG
    "Codewort Kunde: Tankentlüftungssystem Grobleck"
    VAL_BLK
    0x81DB7C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB7C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTEVE
    "Codewort Kunde: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x81DB84
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB84  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTEVE2
    "Codewort Kunde: Tankentlüftungsventil Endstufe Bank 2"
    VAL_BLK
    0x81DB8C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB8C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTKA
    "Codewort Kunde: Temperatur am Kühlerausgang"
    VAL_BLK
    0x81DB94
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB94  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTM
    "Codewort Kunde: TMOT"
    VAL_BLK
    0x81DB9C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DB9C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTMKI
    "Codewort Kunde: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81DBA4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBA4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTOL
    "Codewort Kunde: Öltemperatur"
    VAL_BLK
    0x81DBAC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBAC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKTUM
    "Codewort Kunde: Umgebungstemperatur"
    VAL_BLK
    0x81DBB4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBB4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUB
    "Codewort Kunde: UB"
    VAL_BLK
    0x81DBBC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBBC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUBR
    ""
    VAL_BLK
    0x81DBC4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBC4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFMV
    "Codewort Kunde: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x81DBCC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBCC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFNC
    "Codewort Kunde: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81DBD4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBD4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFRLIP
    "Codewort Kunde: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81DBDC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBDC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSGA
    "Codewort Kunde: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x81DBE4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBE4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSGB
    "Codewort Kunde: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x81DBEC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBEC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSKA
    "Codewort Kunde: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x81DBF4
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBF4  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKUFSPSC
    "Codewort Kunde: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81DBFC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DBFC  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKULSU
    ""
    VAL_BLK
    0x81DC04
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC04  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKULSU2
    ""
    VAL_BLK
    0x81DC0C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC0C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURRAM
    "Codewort Kunde: Rechnerüberwachung: RAM"
    VAL_BLK
    0x81DC14
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC14  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURROM
    "Codewort Kunde: Rechnerüberwachung: ROM"
    VAL_BLK
    0x81DC1C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC1C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKURRST
    "Codewort Kunde: Rechnerüberwachung: Reset"
    VAL_BLK
    0x81DC24
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC24  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKVFZ
    "Codewort Kunde: Fahrzeug-Geschwindigkeit"
    VAL_BLK
    0x81DC2C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC2C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKVS
    "Codeword DKVS aktiv/inaktiv, CD..=0 -> keine Diagnose"
    VALUE
    0x8181A8
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDKWFS
    "Codewort Kunde: Wegfahrsperre"
    VAL_BLK
    0x81DC34
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC34  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKWFSRC
    "Codewort Kunde: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x81DC3C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC3C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET1
    ""
    VAL_BLK
    0x81DC44
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC44  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET2
    ""
    VAL_BLK
    0x81DC4C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC4C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET3
    ""
    VAL_BLK
    0x81DC54
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC54  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET4
    ""
    VAL_BLK
    0x81DC5C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC5C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET5
    ""
    VAL_BLK
    0x81DC64
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC64  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZET6
    ""
    VAL_BLK
    0x81DC6C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC6C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZWPE
    "Codewort Kunde: Zusatzwasserpumpe Endstufe"
    VAL_BLK
    0x81DC74
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC74  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDKZZZ
    "Dummy: Tabellenendeng"
    VAL_BLK
    0x81DC7C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81DC7C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLASF
    "Codewort Lambdasonde hinter Frontkat - Schalten von Teilfunktionen"
    VALUE
    0x8181A9
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLASH
    "Codewort Lambdasondenalterungsdiagnose (SHK) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181AA
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLATP
    "Codewort Lambdasondenalterungsdiagnose (TP) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181AB
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLATV
    "Codewort Lambdasondenalterungsdiagnose (tv) im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181AC
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLDP
    "Codewort LDP-Diagnose im OBDII-Modus (invers: Europa-Modus), CD..=0 -> keine Dia"
    VALUE
    0x8181AD
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLLR
    "Codewort DLLR abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181AE
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLSA
    "Codewort Lambdasondenalterungsdiagnose, Konfig.-byte, für Applikationszwecke"
    VALUE
    0x8181AF
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CDLSFHV
    ""
    VALUE
    0x8181B0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSH
    "Codewort Sondendiagnose hinter Kat im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSHV
    "Codewort Diagnose Lambdasondenvertauscherkennung"
    VALUE
    0x8181B2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSV
    "Codewort Sondendiagnose vor KAT im OBDII-Mode"
    VALUE
    0x8181B3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDLSVV
    "Codewort Diagnose vertauschte Sonden vor Kat im OBDII-Mode (invers: Europa-Mode)"
    VALUE
    0x8181B4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDMD
    "Codewort DMD abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181B5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDNWS
    "Codewort DNWS abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181B6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDPCV
    "Code wort PCV -Ventil vorhanden"
    VALUE
    0x8196F6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDPLLSU
    "Codewort Plausibilitätsdiagnose LSU"
    VALUE
    0x8181B7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSALSU
    "Codewort:  Diagnose Schubabgleich aktiv"
    VALUE
    0x8181B8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSLS
    "Euro-Byte für Diagnose Sekundärluft-System"
    VALUE
    0x8181B9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDSWE
    "Codewort DSWE abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181BA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x81DC84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAATUN
    "Codewort Tester: Tuningschutz"
    VALUE
    0x81DC86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTAKRE
    "Codewort Tester: Abgasklappe Endstufe"
    VALUE
    0x81DC88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTANKL
    "Codewort DTANKL abschalten (EURO-Codierung), CD..=0 -> keine Diagnose"
    VALUE
    0x8181BB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTANWS
    "Codewort Tester: Nockenwellensteuerung Auslass Nockenwelle"
    VALUE
    0x81DC8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTANWSE
    "Codewort Tester: Auslaßnockenwelle- Endstufe"
    VALUE
    0x81DC8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTASGNPL
    ""
    VALUE
    0x81DC8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBKVP
    ""
    VALUE
    0x81DC90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBKVPE
    ""
    VALUE
    0x81DC92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBM
    "Codewort Tester: Bezugsmarkengeber"
    VALUE
    0x81DC94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBREMS
    "Fehlerpfadcode: BREMS (Bremsschalter)"
    VALUE
    0x81DC96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTBZNPL
    ""
    VALUE
    0x81DC98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAIR
    "Codewort Tester: Airbag-Botschaft"
    VALUE
    0x81DC9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAIRP
    "Codewort Tester: unpl. Airbag-Botschaft"
    VALUE
    0x81DC9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAS
    "Codewort Tester: CAN-Schnittstelle, Timeout ASC"
    VALUE
    0x81DC9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DC9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCAT
    "Codewort Tester: CAN-Schnittstelle, Timeout ASR"
    VALUE
    0x81DCA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCBR2
    ""
    VALUE
    0x81DCA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCBSG
    "Codewort Tester: BSG-Botschaft"
    VALUE
    0x81DCA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCGAT
    "Codewort Tester: Gateway-Botschaft"
    VALUE
    0x81DCA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCGE
    "Codewort Tester: CAN-Schnittstelle, Timeout EGS"
    VALUE
    0x81DCA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCGRA
    "Codewort Tester: GRA-Botschaft (Empfang)"
    VALUE
    0x81DCAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCIF
    "Codewort Tester: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x81DCAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCINS
    "Codewort Tester: CAN-Timeout, Instrumente"
    VALUE
    0x81DCAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCKLA
    "Codewort Tester: CAN-Schnittstelle, Timeout Klima"
    VALUE
    0x81DCB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCLWS
    "Codewort Tester: Lenkwinkel-Botschaft"
    VALUE
    0x81DCB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCTOG
    "Codewort Tester: TOG-Botschaft"
    VALUE
    0x81DCB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTCZAS
    "Codewort Tester: ZAS-Botschaft"
    VALUE
    0x81DCB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK
    "Codewort Tester: DK - Potentiometer"
    VALUE
    0x81DCB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK1P
    "Codewort Tester: Drosselklappe 1. Poti"
    VALUE
    0x81DCBA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDK2P
    "Codewort Tester: Drosselklappenpotentiometer 2"
    VALUE
    0x81DCBC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDPL
    "Codewort Tester: Dauerplus"
    VALUE
    0x81DCBE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSBKV
    "Codewort Tester: BKV"
    VALUE
    0x81DCC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDSU
    "Codewort Tester: Drucksensor Umgebung"
    VALUE
    0x81DCC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEE
    "Codewort Tester: DV-E Endstufe"
    VALUE
    0x81DCC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEF
    "Codewort Tester: DV-E Fehler bei Federprüfung"
    VALUE
    0x81DCC6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEFO
    ""
    VALUE
    0x81DCC8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEL
    "Codewort Tester: DV-E Lageabweichung"
    VALUE
    0x81DCCA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEN
    "Codewort Tester: DV-E Fehler bei Prüfung Notlufposition"
    VALUE
    0x81DCCC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVER
    "Codewort Tester: DV-E Regelbereich"
    VALUE
    0x81DCCE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVET
    ""
    VALUE
    0x81DCD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEU
    "Codewort Tester: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x81DCD2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEUB
    ""
    VALUE
    0x81DCD4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEUW
    ""
    VALUE
    0x81DCD6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDVEV
    "Codewort Tester: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x81DCD8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDYLSU
    ""
    VALUE
    0x81DCDA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTDYLSU2
    ""
    VALUE
    0x81DCDC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEGFE
    "Codeowort Tester: Eingangsgröße Füllungserfassung"
    VALUE
    0x81DCDE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEGSBGR
    ""
    VALUE
    0x81DCE0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTENWS
    "Codewort Tester: Nockenwellensteuerung Einlass Nockenwelle"
    VALUE
    0x81DCE2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTENWSE
    "Codewort Tester: Einlaßnockenwelle- Endstufe"
    VALUE
    0x81DCE4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEPCLE
    "Codewort Tester: Fahrverhaltens- Fehllampe ( Endstufe )"
    VALUE
    0x81DCE6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTES
    "Codewort Tankentlüftungsdiagnose abschalten (EURO-Codierung), CD..=0 ->keine Dia"
    VALUE
    0x8181BC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV1
    "Codewort Tester: EV von Zyl. 1"
    VALUE
    0x81DCE8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV2
    "Codewort Tester: EV von Zyl. 2"
    VALUE
    0x81DCEA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV3
    "Codewort Tester: EV von Zyl. 3"
    VALUE
    0x81DCEC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV4
    "Codewort Tester: EV von Zyl. 4"
    VALUE
    0x81DCEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV5
    "Codewort Tester: EV von Zyl. 5"
    VALUE
    0x81DCF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTEV6
    "Codewort Tester: EV von Zyl. 6"
    VALUE
    0x81DCF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFKU
    ""
    VALUE
    0x81DCF4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFLP
    "Codewort Tester: Flash Programmierung"
    VALUE
    0x81DCF6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFP1P
    "Codewort Tester: Poti 1, Fahrpedal"
    VALUE
    0x81DCF8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFP2P
    "Codewort Tester: Poti 2, Fahrpedal"
    VALUE
    0x81DCFA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRAO
    "Codewort Tester: LR-Adaption multiplikativ obere Schwelle"
    VALUE
    0x81DCFC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRAO2
    "Codewort Tester: LR-Adaption multiplikativ obere Schwelle Bank 2"
    VALUE
    0x81DCFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DCFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRAU
    "Codewort Tester: LR-Adaption multiplikativ untere Schwelle"
    VALUE
    0x81DD00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRAU2
    "Codewort Tester: LR-Adaption multiplikativ untere Schwelle Bank 2"
    VALUE
    0x81DD02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRST
    "Codewort Tester: LR-Abweichung"
    VALUE
    0x81DD04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTFRST2
    "Codewort Tester: LR-Abweichung Bank 2"
    VALUE
    0x81DD06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTGECOD
    "Codewort Tester: Getriebecodierung CAN"
    VALUE
    0x81DD08
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTGRBH
    "Codewort Tester: GRA Bedienhebel"
    VALUE
    0x81DD0A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHELSU
    ""
    VALUE
    0x81DD0C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHELSU2
    ""
    VALUE
    0x81DD0E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHRE
    ""
    VALUE
    0x81DD10
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSH
    "Codewort Tester: Lambdasonden-Heizung hinter Katalysator"
    VALUE
    0x81DD12
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSH2
    "Codewort Tester: Lambdasonden-Heizung hinter Kat., Bank 2"
    VALUE
    0x81DD14
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSHE
    "Codewort Tester: Endstufe Lambdasonden-Heizung hinter Katalysator"
    VALUE
    0x81DD16
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSHE2
    "Codewort Tester: Endstufe Lambdasonden-Heizung2 hinter Katalysator"
    VALUE
    0x81DD18
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSV
    "Codewort Tester: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x81DD1A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSV2
    "Codewort Tester: Lambdasonden-Heizung vor Kat., Bank 2"
    VALUE
    0x81DD1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSVE
    "Codewort Tester: Lambdasonden-Heizung vor Kat. (Endst.)"
    VALUE
    0x81DD1E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTHSVE2
    "Codewort Tester: Endstufe Lambdasonden-Heizung2 vor Katalysator"
    VALUE
    0x81DD20
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTICLSU
    "Codewort Tester: Auswerte-IC für LSU"
    VALUE
    0x81DD22
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTICLSU2
    "Codewort Tester: Auswerte-IC für LSU, Bank 2"
    VALUE
    0x81DD24
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKAT
    "Codewort Tester: Katalysator-Konvertierung"
    VALUE
    0x81DD26
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKAT2
    "Codewort Tester: Katalysator-Konvertierung (Bank 2)"
    VALUE
    0x81DD28
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKPE
    "Codewort Tester: EKP-Relais Endstufe"
    VALUE
    0x81DD2A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA01
    ""
    VALUE
    0x81DD2C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA02
    ""
    VALUE
    0x81DD2E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA03
    ""
    VALUE
    0x81DD30
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA04
    ""
    VALUE
    0x81DD32
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA05
    ""
    VALUE
    0x81DD34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRA06
    ""
    VALUE
    0x81DD36
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRNT
    "Codewort Tester: Klopfregelung Nulltest"
    VALUE
    0x81DD38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKROF
    "Codewort Tester: Klopfregelung Offset"
    VALUE
    0x81DD3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKRTP
    "Codewort Tester: Klopfregelung Testimpuls"
    VALUE
    0x81DD3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKS1
    "Codewort Tester: Klopfsensor 1"
    VALUE
    0x81DD3E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKS2
    "Codewort Tester: Klopfsensor 2"
    VALUE
    0x81DD40
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKS3
    "Codewort Tester: Klopfsensor 3"
    VALUE
    0x81DD42
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKS4
    "Codewort Tester: Klopfsensor 4"
    VALUE
    0x81DD44
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTKUPPL
    "Fehlerpfadcode: Pedalwertgeber Kupplung"
    VALUE
    0x81DD46
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLASH
    "Codewort Tester: Lambda-Sondenalterung hinter Kat"
    VALUE
    0x81DD48
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLASH2
    "Codewort Tester: Lambda-Sondenalterung hinter Kat. Bank2"
    VALUE
    0x81DD4A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLAVH
    ""
    VALUE
    0x81DD4C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLAVH2
    ""
    VALUE
    0x81DD4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLDPE
    "Codewort Tester: Leckdiagnosepumpe Endstufe"
    VALUE
    0x81DD50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLLR
    "Codewort Tester: Leerlaufregelung"
    VALUE
    0x81DD52
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLM
    "Codewort Tester: LMM/HLM/HFM"
    VALUE
    0x81DD54
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSH
    "Codewort Tester: Lambda-Sonde hinter Kat"
    VALUE
    0x81DD56
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSH2
    "Codewort Tester: Lambda-Sonde 2 hinter Kat"
    VALUE
    0x81DD58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSHV
    ""
    VALUE
    0x81DD5A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIA
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x81DD5C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIA2
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond IA, Bank 2"
    VALUE
    0x81DD5E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIP
    ""
    VALUE
    0x81DD60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUIP2
    ""
    VALUE
    0x81DD62
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUKS
    ""
    VALUE
    0x81DD64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUKS2
    ""
    VALUE
    0x81DD66
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUUN
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x81DD68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUUN2
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    VALUE
    0x81DD6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUVM
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x81DD6C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSUVM2
    "Codewort Tester: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    VALUE
    0x81DD6E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSV
    "Codewort Tester: Lambda-Sonde vor Kat"
    VALUE
    0x81DD70
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSV2
    "Codewort Tester: Lambda-Sonde 2 vor Kat"
    VALUE
    0x81DD72
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLSVV
    "Codewort Tester: Vertauschte Lambda-Sonde vor Kat"
    VALUE
    0x81DD74
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLUE1
    ""
    VALUE
    0x81DD76
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTLUES1E
    "Codewort Tester: Endstufe Lüftersteuerung 1"
    VALUE
    0x81DD78
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMA
    ""
    VALUE
    0x81DD7A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD
    "Codewort Tester: Aussetzer, Summenfehler (multiple)"
    VALUE
    0x81DD7C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD00
    "Codewort Tester: Aussetzer Zyl. 0"
    VALUE
    0x81DD7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD01
    "Codewort Tester: Aussetzer Zyl. 1"
    VALUE
    0x81DD80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD02
    "Codewort Tester: Aussetzer Zylinder 2"
    VALUE
    0x81DD82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD03
    "Codewort Tester: Aussetzer Zylinder 3"
    VALUE
    0x81DD84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD04
    "Codewort Tester: Aussetzer Zylinder 4"
    VALUE
    0x81DD86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMD05
    "Codewort Tester: Aussetzer Zylinder 5"
    VALUE
    0x81DD88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMDB
    "Codewort Tester: Momentbegrenzung Sollmoment"
    VALUE
    0x81DD8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTMFA
    "Codewort Tester: MIL-fremdbestimmt"
    VALUE
    0x81DD8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTN
    "Codewort Tester: Drehzahlsignalgeber"
    VALUE
    0x81DD8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNWKW
    "Codewort Tester: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81DD90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNWKW2
    "Codewort Tester: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    VALUE
    0x81DD92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTNX
    "Codewort Tester: NMAX - Überschreitung"
    VALUE
    0x81DD94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPH
    "Codewort Tester: Phasensensor"
    VALUE
    0x81DD96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPH2
    "Codewort Tester: Phasensensor Bank 2"
    VALUE
    0x81DD98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPLLSU
    ""
    VALUE
    0x81DD9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPLLSU2
    ""
    VALUE
    0x81DD9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTPWGDE
    ""
    VALUE
    0x81DD9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DD9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTRKAT
    "Codewort Tester: LR-Adaption additiv pro Zeit"
    VALUE
    0x81DDA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTRKAT2
    "Codewort Tester: LR-Adaption additiv pro Zeit bank 2"
    VALUE
    0x81DDA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTRKAZ
    "Codewort Tester: LR-Adaption additiv pro Zündung"
    VALUE
    0x81DDA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTRKAZ2
    "Codewort Tester: LR-Adaption additiv pro Zündung bank 2"
    VALUE
    0x81DDA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSCR
    "Codewort Tester: Überwachung Crashsignal"
    VALUE
    0x81DDA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSGEEP
    "Codewort Tester: Steuergerät defekt (EEPROM)"
    VALUE
    0x81DDAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSGEEW
    "Codewort Tester: Steuergerät defekt (EEPROM WFS-Bereich)"
    VALUE
    0x81DDAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLPE
    "Codewort Tester: Sekundärluftpumpe (Endstufe)"
    VALUE
    0x81DDAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLS
    "Codewort Tester: Sekundärluft-System"
    VALUE
    0x81DDB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLS2
    "Codewort Tester: Sekundärluft-System, Bank 2"
    VALUE
    0x81DDB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLV
    "Codewort Tester: Sekundärluftventil"
    VALUE
    0x81DDB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLV2
    "Codewort Tester: Sekundärluftventil, Bank 2"
    VALUE
    0x81DDB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSLVE
    "Codewort Tester: Sekundärluftventil (Endstufe)"
    VALUE
    0x81DDB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSUE
    "Codewort Tester: Endstufe Saugrohrumschaltung"
    VALUE
    0x81DDBA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTSWE
    "Codewort Tester: Beschleunigungssensor Schlechtwegeerk."
    VALUE
    0x81DDBC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTA
    "Codewort Tester: TANS"
    VALUE
    0x81DDBE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTANKL
    "Codewort Tester: OBDII Fehler auf Grund eines leeren Tanks"
    VALUE
    0x81DDC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTES
    "Codewort Tester: Tankentlüftungssystem"
    VALUE
    0x81DDC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTESF
    "Codewort Tester: Tankentlüftungssystem Feinleck"
    VALUE
    0x81DDC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTESG
    "Codewort Tester: Tankentlüftungssystem Grobleck"
    VALUE
    0x81DDC6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTEVE
    "Codewort Tester: Tankentlüftungsventil Endstufe"
    VALUE
    0x81DDC8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTEVE2
    "Codewort Tester: Tankentlüftungsventil Endstufe Bank 2"
    VALUE
    0x81DDCA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTKA
    "Codewort Tester: Temperatur Kühlerausgang"
    VALUE
    0x81DDCC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTM
    "Codewort Tester: TMOT"
    VALUE
    0x81DDCE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTMKI
    "Codewort Tester: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x81DDD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTOL
    "Codewort Tester: Öltemperatur"
    VALUE
    0x81DDD2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTTUM
    "Codewort Tester: Umgebungstemperatur TUM"
    VALUE
    0x81DDD4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUB
    "Codewort Tester: UB"
    VALUE
    0x81DDD6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUBR
    "Codewort Tester: UBR Bordnetzspannung über Hauptrelais"
    VALUE
    0x81DDD8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFMV
    "Codewort Tester: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x81DDDA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFNC
    "Codewort Tester: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81DDDC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFRLIP
    "Codewort Tester: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81DDDE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSGA
    "Codewort Tester: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x81DDE0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSGB
    "Codewort Tester: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x81DDE2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSKA
    "Codewort Tester: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x81DDE4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTUFSPSC
    "Codewort Tester: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81DDE6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTULSU
    ""
    VALUE
    0x81DDE8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTULSU2
    ""
    VALUE
    0x81DDEA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURRAM
    "Codewort Tester: Rechnerüberwachung: RAM"
    VALUE
    0x81DDEC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURROM
    "Codewort Tester: Rechnerüberwachung: ROM"
    VALUE
    0x81DDEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTURRST
    "Codewort Tester: Rechnerüberwachung: Reset"
    VALUE
    0x81DDF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTVFZ
    "Codewort Tester: Fahrzeug-Geschwindigkeit"
    VALUE
    0x81DDF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTWFS
    "Codewort Tester: Wegfahrsperre"
    VALUE
    0x81DDF4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTWFSRC
    "Codewort Tester: Wegfahrsperre RC-Glied"
    VALUE
    0x81DDF6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET1
    ""
    VALUE
    0x81DDF8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET2
    ""
    VALUE
    0x81DDFA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET3
    ""
    VALUE
    0x81DDFC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET4
    ""
    VALUE
    0x81DDFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DDFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET5
    ""
    VALUE
    0x81DE00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DE00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZET6
    ""
    VALUE
    0x81DE02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DE02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZWPE
    "Codewort Tester: Endstufe Relais für Zusatzwasserpumpe"
    VALUE
    0x81DE04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DE04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDTZZZ
    "Dummy: Tabellenende"
    VALUE
    0x81DE06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DE06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDULSU
    "Codewort Spannungsüberwachung stetige Lambdasonde"
    VALUE
    0x8181BD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWGANG
    "Gangerkennung für Kompressorabschalten bei Vollgas"
    VALUE
    0x81247B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81247B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWGANGB
    "Gangerkennung bei Beschleunigung"
    VALUE
    0x81247C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81247C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWKOB
    "Codewort: Auswahl zur Gangerkennung für KO-Ausschalten (gangi oder nmot/vfzw)"
    VALUE
    0x81247D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81247D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CDWVERAD
    "Codewort : Sperrung Bedarfsadaption dmvadll für AG"
    VALUE
    0x8181BE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL30LINE
    "30. Linie der Klassentabelle"
    VAL_BLK
    0x81DFAE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFAE  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL31LINE
    "31. Linie der Klassentabelle"
    VAL_BLK
    0x81DFBC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFBC  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL32LINE
    "32. Linie der Klassentabelle"
    VAL_BLK
    0x81DFCA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFCA  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL33LINE
    "33. Linie der Klassentabelle"
    VAL_BLK
    0x81DFD8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFD8  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL34LINE
    "34. Linie der Klassentabelle"
    VAL_BLK
    0x81DFE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFE6  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL35LINE
    "35. Linie der Klassentabelle"
    VAL_BLK
    0x81DFF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81DFF4  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL36LINE
    "36. Linie der Klassentabelle"
    VAL_BLK
    0x81E002
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81E002  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL37LINE
    "37. Linie der Klassentabelle"
    VAL_BLK
    0x81E010
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81E010  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL38LINE
    "38. Linie der Klassentabelle"
    VAL_BLK
    0x81E01E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81E01E  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CL39LINE
    "39. Linie der Klassentabelle"
    VAL_BLK
    0x81E02C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 14
    /begin IF_DATA ETK  DP_BLOB 0x81E02C  0xE  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x81CD5C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD5C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAATUN
    "Fehlerklasse: Tuningschutz"
    VALUE
    0x81CD5D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD5D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAAKRE
    "Fehlerklasse: Abgasklappe Endstufe"
    VALUE
    0x81CD5E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD5E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAANWS
    "Fehlerklasse: Nockenwellensteuerung Auslass Nockenwelle"
    VALUE
    0x81CD5F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD5F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAANWSE
    "Fehlerklasse: Auslaßnockenwelle- Endstufe"
    VALUE
    0x81CD60
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAASGNPL
    "Fehlerklasse: ASG-Signal nicht plausibel."
    VALUE
    0x81CD61
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABKVP
    "Fehlerklasse: BKV-Pumpe"
    VALUE
    0x81CD62
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABKVPE
    "Fehlerklasse: BKV-Pumpe-Endstufe"
    VALUE
    0x81CD63
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABM
    "Fehlerklasse: Bezugsmarkengeber"
    VALUE
    0x81CD64
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABREMS
    "Fehlerklasse: BREMS (Bremsschalter)"
    VALUE
    0x81CD65
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLABZNPL
    "Fehlerklasse: Botschaftszähler nicht plausibel"
    VALUE
    0x81CD66
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAIR
    "Fehlerklasse: Airbag-Botschaft"
    VALUE
    0x81CD67
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAIRP
    "Fehlerklasse: unpl. Airbag-Botschaft"
    VALUE
    0x81CD68
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAS
    "Fehlerklasse: CAN-Timeout ASC-Botschaft"
    VALUE
    0x81CD69
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACAT
    "Fehlerklasse: CAN-Schnittstelle, Timeout ASR"
    VALUE
    0x81CD6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACBR2
    "Fehlerklasse: Bremse 2-Botschaft"
    VALUE
    0x81CD6B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACBSG
    "Fehlerklasse: BSG-Botschaft"
    VALUE
    0x81CD6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACGAT
    "Fehlerklasse: Gateway-Botschaft"
    VALUE
    0x81CD6D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACGE
    "Fehlerklasse: CAN-Timeout EGS-Botschaft"
    VALUE
    0x81CD6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACGRA
    "Fehlerklasse: GRA-Botschaft (Empfang)"
    VALUE
    0x81CD6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACIF
    "Fehlerklasse: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x81CD70
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACINS
    "Fehlerklasse: CAN-Timeout Botschaft Kombiinstrument"
    VALUE
    0x81CD71
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACKLA
    "Fehlerklasse: Botschaft Klima (CAN)"
    VALUE
    0x81CD72
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACLWS
    "Fehlerklasse: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    VALUE
    0x81CD73
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACTOG
    "Fehlerklasse: TOG-Botschaft"
    VALUE
    0x81CD74
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLACZAS
    "Fehlerklasse: ZAS-Botschaft"
    VALUE
    0x81CD75
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK
    "Fehlerklasse: DK- Potentiometer"
    VALUE
    0x81CD76
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK1P
    "Fehlerklassse: Drosselklappe 1. Poti"
    VALUE
    0x81CD77
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADK2P
    "Fehlerklasse: Drosselklappenpotentiometer 2"
    VALUE
    0x81CD78
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADPL
    "Fehlerklasse: Dauerplus"
    VALUE
    0x81CD79
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSBKV
    "Fehlerklasse: BKV"
    VALUE
    0x81CD7A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADSU
    "Fehlerklasse: Umgebungsdrucksensor"
    VALUE
    0x81CD7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEE
    "Fehlerklasse: DV-E Endstufe"
    VALUE
    0x81CD7C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEF
    "Fehlerklasse: DV-E Fehler bei Federprüfung"
    VALUE
    0x81CD7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEFO
    "Fehlerklasse: DV-E Fehler bei Federprüfung -Öffnen-"
    VALUE
    0x81CD7E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEL
    "Fehlerklasse: DV-E Lageabweichung"
    VALUE
    0x81CD7F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEN
    "Fehlerklasse: DV-E Fehler bei Prüfung Notluftposition"
    VALUE
    0x81CD80
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVER
    "Fehlerklasse: DV-E Regelbereich"
    VALUE
    0x81CD81
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVET
    "Fehlerklasse: DV-E Tauscherkennung ohne Adaption"
    VALUE
    0x81CD82
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEU
    "Fehlerklasse: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x81CD83
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEUB
    "Fehlerklasse: DV-E Adaption Abbruch wegen Umweltbedingung"
    VALUE
    0x81CD84
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEUW
    "Fehlerklasse: UMA Wiederlernen"
    VALUE
    0x81CD85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADVEV
    "Fehlerklasse: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x81CD86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADYLSU
    "Fehlerklasse: Diagnose Dynamik der LSU"
    VALUE
    0x81CD87
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLADYLSU2
    "Fehlerklasse: Diagnose Dynamik der LSU, Bank 2"
    VALUE
    0x81CD88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEGFE
    "Fehlerklasse: Lasterfassung"
    VALUE
    0x81CD89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEGSBGR
    "Fehlerklasse: Getriebeeingriff Reduktionsmoment zu lang"
    VALUE
    0x81CD8A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAENWS
    "Fehlerklasse: Nockenwellensteuerung Einlass Nockenwelle"
    VALUE
    0x81CD8B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAENWSE
    "Fehlerklasse: Einlaßnockenwelle- Endstufe"
    VALUE
    0x81CD8C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEPCLE
    "Fehlerklasse: Fahrverhaltens- Fehllampe ( Endstufe )"
    VALUE
    0x81CD8D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV1
    "Fehlerklasse: EV Endstufe 1"
    VALUE
    0x81CD8E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV2
    "Fehlerklasse: EV Endstufe 2"
    VALUE
    0x81CD8F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV3
    "Fehlerklasse: EV Endstufe 3"
    VALUE
    0x81CD90
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV4
    "Fehlerklasse: EV Endstufe 4"
    VALUE
    0x81CD91
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV5
    "Fehlerklasse: EV Endstufe 5"
    VALUE
    0x81CD92
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAEV6
    "Fehlerklasse: EV Endstufe 6"
    VALUE
    0x81CD93
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFKU
    "Fehlerklasse: Kupplung"
    VALUE
    0x81CD94
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFLP
    "Fehlerklasse: Flash Programmierung"
    VALUE
    0x81CD95
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFP1P
    "Fehlerklasse: Poti 1, Fahrpedal"
    VALUE
    0x81CD96
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFP2P
    "Fehlerklasse: Poti 2, Fahrpedal"
    VALUE
    0x81CD97
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRAO
    "Fehlerklasse: LR-Adaption oberer Bereich"
    VALUE
    0x81CD98
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRAO2
    "Fehlerklasse: LR-Adaption oberer Bereich Bank 2"
    VALUE
    0x81CD99
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRAU
    "Fehlerklasse: LR-Adaption unterer Bereich"
    VALUE
    0x81CD9A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRAU2
    "Fehlerklasse: LR-Adaption unterer Bereich Bank 2"
    VALUE
    0x81CD9B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRST
    "Fehlerklasse: LR-Abweichung"
    VALUE
    0x81CD9C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAFRST2
    "Fehlerklasse : LR-Abweichung Bank 2"
    VALUE
    0x81CD9D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAGECOD
    "Fehlerklasse: Getriebecodierung CAN"
    VALUE
    0x81CD9E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAGRBH
    "Fehlerklasse: GRA- Bedienhebel"
    VALUE
    0x81CD9F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHELSU
    "Fehlerklasse: Diagnose Heizereinkopplung der LSU"
    VALUE
    0x81CDA0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHELSU2
    "Fehlerklasse: Diagnose Heizereinkopplung der LSU, Bank2"
    VALUE
    0x81CDA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHRE
    "Fehlerklasse: Hauptrelais - Endstufe"
    VALUE
    0x81CDA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSH
    "Fehlerklasse: Heizung Lambdasonde hinter Kat"
    VALUE
    0x81CDA3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSH2
    "Fehlerklasse: Heizung Lambdasonde 2 hinter Kat"
    VALUE
    0x81CDA4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSHE
    "Fehlerklasse: Endstufe Heizung Lambdasonde hinter Kat"
    VALUE
    0x81CDA5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSHE2
    "Fehlerklasse: Endstufe Heizung Lambdasonde 2 hinter Kat"
    VALUE
    0x81CDA6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSV
    "Fehlerklasse: Heizung Lambdasonde vor Kat"
    VALUE
    0x81CDA7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSV2
    "Fehlerklasse: Heizung Lambdasonde 2 vor Kat"
    VALUE
    0x81CDA8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSVE
    "Fehlerklasse: Endstufe Heizung Lambdasonde vor Kat"
    VALUE
    0x81CDA9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAHSVE2
    "Fehlerklasse: Endstufe Heizung Lambdasonde 2 vor Kat"
    VALUE
    0x81CDAA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAICLSU
    "Fehlerklasse: Auswerte-IC für LSU"
    VALUE
    0x81CDAB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAICLSU2
    "Fehlerklasse: Auswerte-IC für LSU, Bank 2"
    VALUE
    0x81CDAC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKAT
    "Fehlerklasse: Katalysator"
    VALUE
    0x81CDAD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKAT2
    "Fehlerklasse: Katalysator Bank 2"
    VALUE
    0x81CDAE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKPE
    "Fehlerklasse: EKP-Relais Endstufe"
    VALUE
    0x81CDAF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA01
    "Fehlerklasse: Klopfregelanschlag Zylinder 1"
    VALUE
    0x81CDB0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA02
    "Fehlerklasse: Klopfregelanschlag Zylinder 2"
    VALUE
    0x81CDB1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA03
    "Fehlerklasse: Klopfregelanschlag Zylinder 3"
    VALUE
    0x81CDB2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA04
    "Fehlerklasse: Klopfregelanschlag Zylinder 4"
    VALUE
    0x81CDB3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA05
    "Fehlerklasse: Klopfregelanschlag Zylinder 5"
    VALUE
    0x81CDB4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRA06
    "Fehlerklasse: Klopfregelanschlag Zylinder 6"
    VALUE
    0x81CDB5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRNT
    "Fehlerklasse: Klopfregelung Nulltest"
    VALUE
    0x81CDB6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKROF
    "Fehlerklasse: Klopfregelung Offset"
    VALUE
    0x81CDB7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKRTP
    "Fehlerklasse: Klopfregelung Testimpuls"
    VALUE
    0x81CDB8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKS1
    "Fehlerklasse: Klopfsensor 1"
    VALUE
    0x81CDB9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKS2
    "Fehlerklasse: Klopfsensor 2"
    VALUE
    0x81CDBA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKS3
    "Fehlerklasse: Klopfsensor 3"
    VALUE
    0x81CDBB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKS4
    "Fehlerklasse: Klopfsensor 4"
    VALUE
    0x81CDBC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAKUPPL
    "Fehlerklasse: Pedalwertgeber Kupplung"
    VALUE
    0x81CDBD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALASH
    "Fehlerklasse: Lambdasondenalterung hinter Kat"
    VALUE
    0x81CDBE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALASH2
    "Fehlerklasse: Lambdasondenalterung hinter Kat Bank2"
    VALUE
    0x81CDBF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALAVH
    "Fehlerklasse: Lambdasondenalterung (Vollast) hinter Kat."
    VALUE
    0x81CDC0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALAVH2
    "Fehlerklasse: Lambdasondenalterung (Vollast) hinter Kat. Bank 2"
    VALUE
    0x81CDC1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALDPE
    "Fehlerklasse: LDP  Endstufe"
    VALUE
    0x81CDC2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALLR
    "Fehlerklasse: Leerlaufregelung"
    VALUE
    0x81CDC3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALM
    "Fehlerklasse: Hauptfüllungssignal"
    VALUE
    0x81CDC4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSH
    "Fehlerklasse: Lambdasonde hinter Kat"
    VALUE
    0x81CDC5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSH2
    "Fehlerklasse: Lambdasonde 2 hinter Kat"
    VALUE
    0x81CDC6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSHV
    "Fehlerklasse: Lambdasonden-Vertauschung hinter Katalysator"
    VALUE
    0x81CDC7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIA
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x81CDC8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIA2
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond IA, Bank 2"
    VALUE
    0x81CDC9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIP
    "Fehlerklasse: Diagnose Sondenleitung an Bond IP der LSU"
    VALUE
    0x81CDCA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUIP2
    "Fehlerklasse: Diagnose Sondenleitung an Bond IP der LSU, Bank 2"
    VALUE
    0x81CDCB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUKS
    "Fehlerklasse: Kurzschluß nach Masse/Ubat Sondenleitungen"
    VALUE
    0x81CDCC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUKS2
    "Fehlerklasse: Kurzschluß nach Masse/Ubat Sondenleitungen"
    VALUE
    0x81CDCD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUUN
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x81CDCE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUUN2
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    VALUE
    0x81CDCF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUVM
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x81CDD0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSUVM2
    "Fehlerklasse: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    VALUE
    0x81CDD1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSV
    "Fehlerklasse: Lambdasonde vor Kat"
    VALUE
    0x81CDD2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSV2
    "Fehlerklasse: Lambdasonde 2 vor Kat"
    VALUE
    0x81CDD3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALSVV
    "Fehlerklasse: Vertauschte Lambda-Sonden vor Kat"
    VALUE
    0x81CDD4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALUE1
    "Fehlerklasse: Kühlerlüfter-SG Lüfter 1"
    VALUE
    0x81CDD5
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLALUES1E
    "Fehlerklasse: Endstufe Lüftersteuerung 1"
    VALUE
    0x81CDD6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMA
    "Fehlerklasse: Motor aus"
    VALUE
    0x81CDD7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD
    "Fehlerklasse:  Aussetzer, Summenfehler (multiple)"
    VALUE
    0x81CDD8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD00
    "Fehlerklasse:  Aussetzer Zyl. 0"
    VALUE
    0x81CDD9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDD9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD01
    "Fehlerklasse:  Aussetzer Zyl. 1"
    VALUE
    0x81CDDA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD02
    "Fehlerklasse:  Aussetzer Zylinder 2"
    VALUE
    0x81CDDB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD03
    "Fehlerklasse:  Aussetzer Zylinder 3"
    VALUE
    0x81CDDC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD04
    "Fehlerklasse:  Aussetzer Zylinder 4"
    VALUE
    0x81CDDD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMD05
    "Fehlerklasse:  Aussetzer Zylinder 5"
    VALUE
    0x81CDDE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMDB
    "Fehlerklasse: Momentbgrenzung Sollmoment"
    VALUE
    0x81CDDF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAMFA
    "Fehlerklasse: MIL-fremdbestimmt"
    VALUE
    0x81CDE0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAN
    "Fehlerklasse: Drehzahlgeber"
    VALUE
    0x81CDE1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANWKW
    "Fehlerklasse: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81CDE2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANWKW2
    "Fehlerklasse: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    VALUE
    0x81CDE3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLANX
    "Fehlerklasse: ^NMAX- Überschreitung"
    VALUE
    0x81CDE4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPH
    "Fehlerklasse: Phasengeber"
    VALUE
    0x81CDE5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPH2
    "Fehlerklasse: Phasengeber Bank 2"
    VALUE
    0x81CDE6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPLLSU
    "Fehlerklasse: Diagnose Plausibilität der LSU"
    VALUE
    0x81CDE7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPLLSU2
    "Fehlerklasse: Diagnose Plausibilität der LSU, Bank 2"
    VALUE
    0x81CDE8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAPWGDE
    "Fehlerklasse: Pedalwertgeber Drifterkennung"
    VALUE
    0x81CDE9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLARKAT
    "Fehlerklasse: LR-Adaption additiver Bereich pro Zeit"
    VALUE
    0x81CDEA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLARKAT2
    "Fehlerklasse: LR-Adaption additiver Bereich pro Zeit Bank 2"
    VALUE
    0x81CDEB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLARKAZ
    "Fehlerklasse: LR-Adaption additiver Bereich pro Zündung"
    VALUE
    0x81CDEC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLARKAZ2
    "Fehlerklasse: LR-Adaption additiver Bereich pro Zündung Bank 2"
    VALUE
    0x81CDED
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASCR
    "Fehlerklasse: Überwachung Crashsignal"
    VALUE
    0x81CDEE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASGEEP
    "Fehlerklasse: SG defekt (EEPROM)"
    VALUE
    0x81CDEF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASGEEW
    "Fehlerklasse: SG defekt (EEPROM WFS- Bereich)"
    VALUE
    0x81CDF0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLPE
    "Fehlerklasse: Sekundärluftpumpe Endstufe"
    VALUE
    0x81CDF1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLS
    "Fehlerklasse: Sekundärluftsystem"
    VALUE
    0x81CDF2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLS2
    "Fehlerklasse: Sekundärluftsystem, Bank 2"
    VALUE
    0x81CDF3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLV
    "Fehlerklasse: Dichtheit Sekundärluftventil"
    VALUE
    0x81CDF4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLV2
    "Fehlerklasse: Dichtheit Sekundärluftventil, Bank 2"
    VALUE
    0x81CDF5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASLVE
    "Fehlerklasse: Sekundärluftventil Endstufe"
    VALUE
    0x81CDF6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASUE
    "Fehlerklasse: Saugrohrumschaltung Endstufe"
    VALUE
    0x81CDF7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLASWE
    "Fehlerklasse: Beschleunigungssensor der Schlechtwegerkennung"
    VALUE
    0x81CDF8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATA
    "Fehlerklasse: Ansauglufttemperatur TANS (/Ladeluft-)"
    VALUE
    0x81CDF9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATANKL
    "Fehlerklasse : tankl (Tank leer)"
    VALUE
    0x81CDFA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATES
    "Fehlerklasse: Tankdiagnose, TEV offen"
    VALUE
    0x81CDFB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATESF
    "Fehlerklasse: Tankdiagnose, Feinleck"
    VALUE
    0x81CDFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATESG
    "Fehlerklasse: Tankdiagnose, Grobleck"
    VALUE
    0x81CDFD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATEVE
    "Fehlerklasse: Tankentlüftungsventil Endstufe"
    VALUE
    0x81CDFE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATEVE2
    "Fehlerklasse: Tankentlüftungsventil Endstufe Bank 2"
    VALUE
    0x81CDFF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CDFF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATKA
    "Fehlerklasse: Temperatur Kühlerausgang"
    VALUE
    0x81CE00
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE00  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATM
    "Fehlerklasse: Motortemperatur TMOT"
    VALUE
    0x81CE01
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE01  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATMKI
    "Fehlerklasse: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x81CE02
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE02  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATOL
    "Fehlerklasse: (Motor-) Oeltemperatur TOL"
    VALUE
    0x81CE03
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE03  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLATUM
    "Fehlerklasse: Umgebungstemperatur TUM"
    VALUE
    0x81CE04
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE04  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUB
    "Fehlerklasse: Batteriespannung UB (Bordnetz)"
    VALUE
    0x81CE05
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE05  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUBR
    "Fehlerklasse: UBR Bordnetzspannung über Hauptrelais"
    VALUE
    0x81CE06
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE06  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFMV
    "Fehlerklasse: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x81CE07
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE07  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFNC
    "Fehlerklasse: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81CE08
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE08  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFRLIP
    "Fehlerklasse: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81CE09
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE09  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSGA
    "Fehlerklasse: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x81CE0A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSGB
    "Fehlerklasse: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x81CE0B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSKA
    "Fehlerklasse: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x81CE0C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAUFSPSC
    "Fehlerklasse: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81CE0D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAULSU
    "Fehlerklasse: Diagnose Spannungsignal LSU"
    VALUE
    0x81CE0E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAULSU2
    "Fehlerklasse: Diagnose Spannungsignal LSU, Bank 2"
    VALUE
    0x81CE0F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURRAM
    "Fehlerklasse: Rechnerüberwachung: RAM"
    VALUE
    0x81CE10
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURROM
    "Fehlerklasse: Rechnerüberwachung: ROM"
    VALUE
    0x81CE11
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAURRST
    "Fehlerklasse: Rechnerüberwachung: Reset"
    VALUE
    0x81CE12
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAVFZ
    "Fehlerklasse: Geschwindigkeitssignal"
    VALUE
    0x81CE13
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE13  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAWFS
    "Fehlerklasse: Wegfahrsperre"
    VALUE
    0x81CE14
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAWFSRC
    "Fehlerklasse: Wegfahrsperre RC-Glied"
    VALUE
    0x81CE15
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET1
    "Fehlerklasse: Zündendstufe Zylinder 1"
    VALUE
    0x81CE16
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET2
    "Fehlerklasse: Zündendstufe Zylinder 2"
    VALUE
    0x81CE17
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET3
    "Fehlerklasse: Zündendstufe Zylinder 3"
    VALUE
    0x81CE18
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET4
    "Fehlerklasse: Diagnose Zündendstufe 4"
    VALUE
    0x81CE19
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET5
    "Fehlerklasse: Diagnose Zündendstufe 5"
    VALUE
    0x81CE1A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZET6
    "Fehlerklasse: Diagnose Zündendstufe 6"
    VALUE
    0x81CE1B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZWPE
    "Fehlerklasse: Endstufe Relais für Zusatzwasserpumpe"
    VALUE
    0x81CE1C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLAZZZ
    "Dummy: Tabellenende"
    VALUE
    0x81CE1D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CE1D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLDPTVC
    "Codewort DLDP-TEV- Check"
    VALUE
    0x81A69F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A69F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRS
    "Codewort für Betriebsmodi Lambdaregelung"
    VALUE
    0x811C55
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C55  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHK
    "Codewort für Freigabe LRSHK und Auswahl Initialisierung"
    VALUE
    0x81A411
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A411  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHKA
    "Codewort II für Freigabe LRSHK und Auswahl Initialisierung"
    VALUE
    0x81A412
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A412  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHKC
    "Codewort für Konfigurieren Freigabe LRSHKEB"
    VALUE
    0x81A413
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A413  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHKEB
    "Codewort für Konfigurieren Freigabe LRSHKEB"
    VALUE
    0x81A414
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A414  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSHKEBB
    "Codewort für Konfigurieren Freigabe LRSHKEB"
    VALUE
    0x81A415
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A415  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLRSKA
    "Code-Wort Funktionsart Kat-Ausräumen"
    VALUE
    0x81A4E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CLSDKH
    "Codewort für LSD-Abschaltung bei Kat. heizen"
    VALUE
    0x811D7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CMVKAT
    "Produkt aus Masse und Wärmekapazität des Frontkats"
    VALUE
    0x819805
    KwUb
    2720.
    qptemp_q10p667
    0.00
    2720.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819805  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFKUPPL
    "Konfigurationsflag für die Auswertung des Kuplg.schalters in der LLR"
    VALUE
    0x810E8D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFLLRNS
    "Configurationsbyte für die LL-Solldrehzahlfreigabe"
    VALUE
    0x819D66
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFMDVER
    "Codewort zur Konfiguration von MDVER"
    VALUE
    0x81A244
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A244  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFMDWAN
    "Codewort für die Einberechnung von MDWAN in der LLR"
    VALUE
    0x810F9C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNFSL
    "Codewort für Einberechnung der Servolenkung in der LLR"
    VALUE
    0x819F5F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F5F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNOKT
    "Codewort Niederoktan-Kraftstoff"
    VALUE
    0x81AA0B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNSDEF
    "Codewort für Solldrehzahlumschaltung (Defaultwert)"
    VALUE
    0x810DD7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNS_AOG
    "oberer Grenzwert Anpassung Codewort LL-Solldrehzahl-Umsch."
    VALUE
    0x810DD8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CNS_AUG
    "unterer Grenzwert Anpassung Codewort LL-Solldrehzahl-Umsch."
    VALUE
    0x810DD9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTINC
    "Wert der bei Zahnkorrektur aufaddiert wird"
    VALUE
    0x810286
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810286  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTINIT
    "Initialisierungswert für Zähler Zahnkorrektur"
    VALUE
    0x818633
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818633  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CORTMX
    "Maximal zulässiger Wert für den Zahnkorrekturzähler"
    VALUE
    0x810287
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810287  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CPLRA
    "Codewort für Umschaltung DKVS von HFM- auf P-System"
    VALUE
    0x819471
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CREDSTU
    "Codewort für Reduzierstufe ein/aus"
    VALUE
    0x81136E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81136E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CSAIR
    "Soll-Checksumme der Airbagbotschaft"
    VALUE
    0x810195
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810195  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CSGRA
    "Checksumme für GRA-Can-Botschaft"
    VALUE
    0x8104F3
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CUKA
    "Codewort ÜK-Adaption"
    VALUE
    0x810D6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWADRES
    "Codewort für Adaptionswerte löschen bei FSP löschen"
    VALUE
    0x8181BF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWALE
    "Auslauferkennung aktiv"
    VALUE
    0x810291
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810291  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWALSU
    "Codewort in ALSU"
    VALUE
    0x811C7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWANLEN
    "Codewort für Anlasser Freigabe/Ausspuren"
    VALUE
    0x818419
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818419  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAPPLTKAA
    "Codewort für Test/Applikationshilfe der TKAA"
    VALUE
    0x819BFA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWARMD
    "Codewort Antiruckelfunktion"
    VALUE
    0x8158A4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWASGCAN
    "Code word für Status Getriebe bei ASG"
    VALUE
    0x81A34B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWAU2
    "Codeword für Abgasuntersuchung"
    VALUE
    0x81909C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81909C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBDECJ
    "Codewort Abwürgeschutz DECJ aktiv"
    VALUE
    0x818B1B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBGANG
    "Codewort %BBGANG"
    VALUE
    0x818AC3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBBKD
    "Codewort für %BBKD"
    VALUE
    0x810325
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810325  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGELSV
    "Codewort für berechnete Größe  Fehler LSV"
    VALUE
    0x818AA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGLASO
    "Codewort für Funktion BGLASO"
    VALUE
    0x810B9B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGMIL
    "Codewort aus BGMIL"
    VALUE
    0x818627
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818627  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGMSZS
    "Codewort für die BGMSZS"
    VALUE
    0x81096A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGTABST
    "Codewort für Abstellzeitermittlung"
    VALUE
    0x819466
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819466  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBGWPFGR
    "Codewort für %BGWPFGR"
    VALUE
    0x818B61
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBKV
    "Codewort für Bremskraftverstärker"
    VALUE
    0x82CE60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBUSOFF
    "Codewort für Audi/VW CAN-BusOff Erkennung"
    VALUE
    0x810184
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810184  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWBWEEN
    "Codewort zur Deaktivierung der Bewegungserkennung"
    VALUE
    0x810306
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810306  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANECURA
    "Codewort A für Konfiguration der CAN-Empfangsbotschaften"
    VALUE
    0x810196
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810196  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANKBI
    "Codewort für automatische Kombi-Botschafts-Erkennung"
    VALUE
    0x810197
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810197  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANLWS
    "Codewort für automatische Erkennung LWS-Botschaft"
    VALUE
    0x810198
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810198  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCANMD
    "Codewort zur Bildung der CAN-Ausgabe Momentenangaben ungenau"
    VALUE
    0x810161
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810161  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCAUVW
    "Codewort für Audi/VW CAN-Ausgabe"
    VALUE
    0x810185
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810185  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCDCUM
    "Codewort zur Umschaltung der CDCs auf den jeweiligen Markt"
    VALUE
    0x818632
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818632  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCKBI
    "Codewort zum Empfang der CAN-Botschaft Kombi1"
    VALUE
    0x81AEB3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCMOT5
    "Codewort CAN, Konfiguration Botschaft Motor5"
    VALUE
    0x810186
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810186  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCMOT7
    "Codewort CAN, Konfiguration Botschaft Motor7"
    VALUE
    0x810187
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810187  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCOWIV
    "Codewort für die Wartungsintervallverlängerung"
    VALUE
    0x81847E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCS_0_A
    "Codewort für Auswertung der CAN-Crash-Info"
    VALUE
    0x82BF50
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF50  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWCS_1_A
    "Codewort für Auswertung der CAN-Crash-Info"
    VALUE
    0x82BF51
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF51  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDALA
    "Codewort DMDMIL Dauerlaufzähler"
    VALUE
    0x81023B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDCFFLR
    "Codewort Ausgabeoption %DCFFLR"
    VALUE
    0x8189D8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDDYLSU
    "Codewort DDYLSU"
    VALUE
    0x818A9B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDEZWO
    "Konfiguration für AU621"
    VALUE
    0x81AEBC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHFM
    "Codewort in DHFM"
    VALUE
    0x810967
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810967  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHLSH
    "Codewort in DHLSHK"
    VALUE
    0x81864B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDHRLSU
    "Codewort für Freigabe DHRLSU"
    VALUE
    0x8189D9
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDICLSU
    "Codwort Diagnose DICLSU"
    VALUE
    0x818A83
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKNOLU
    ""
    VALUE
    0x818AF1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKRNT
    "Codewort: KR-Diagnose Integratorsteigung"
    VALUE
    0x810DCC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKROF
    "Codewort: KR-Diagnose Resetwert"
    VALUE
    0x810DCD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKRTP
    "Codewort: KR-Diagnose Testimpuls"
    VALUE
    0x810DD1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKS
    "Codewort Klopfsensordiagnose"
    VALUE
    0x819B88
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDKVSS
    "Codewort für Error in DKVS sperren, wenn andere Fehler vorliegen"
    VALUE
    0x819472
    KwUb
    255.0
    dez
    0.00
    255.0

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

/begin CHARACTERISTIC

    CWDLRIKL
    ""
    VALUE
    0x810422
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810422  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLSAHK
    "Codewort CWDLSAHK für Alterung Sonde hinter KAT"
    VALUE
    0x8189CB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLSHV
    "Codewort für Kurztripmessung Sonde hinter KAT nur für Applikationszwecke"
    VALUE
    0x818AAB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLSU
    "Codewort für DLSU"
    VALUE
    0x8181C0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDLSUV
    "Codewort für DLSUV"
    VALUE
    0x81A4F8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMDE
    "Codewort für EOBD-Appl. DMDMIL"
    VALUE
    0x818625
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818625  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMDZAG
    "Codewort DMDZAG Konfiguration"
    VALUE
    0x81861B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81861B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMFAB
    "Codewort Sw-Schalter für Änderungsbegrenzung"
    VALUE
    0x8110E4
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDMIL
    "Codewort ti-Dauerstrichregelung RKTI"
    VALUE
    0x819074
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819074  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDNMAX
    "Codeword: Abschaltung Diagnose Überdrehzahl"
    VALUE
    0x8102EF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSLSA
    "Codewort in der Diagnose Sekundärluftsystem"
    VALUE
    0x8183A9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSLSAD
    "Codewort in der Diagnose der Sekundärluftsteuerung für aktiv Diagnose"
    VALUE
    0x8183AA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDSLSY
    "Codewort in der Diagnose Sekundärluftsystem"
    VALUE
    0x8183AB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDTEAPP
    "Applikationscodeword für DTEV immer aktiv und Umschaltung von HFM auf P-System"
    VALUE
    0x81A6A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDTEV
    "Codword DTEV"
    VALUE
    0x81A6A1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWDVEFO
    "Codeword öffnende Federprüfung"
    VALUE
    0x810409
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810409  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWERFIL
    "Codewort zur Auswahl Filtervar. für die Ausgabe von AS.-Fehler an das Scan Tool"
    VALUE
    0x8181C1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWESWEZ
    "Codewort Freigabe Kraftstoffmehrmenge bei Wiedereinsetzen"
    VALUE
    0x818AFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWEVAB
    "Codewort zur Abschaltung von Einspritzventilen"
    VALUE
    0x819073
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819073  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA107
    "Codewort Kurztripanforderungen Anzeigegruppe 107"
    VALUE
    0x828908
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828908  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA107A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 107"
    VALUE
    0x82890A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA107B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 107"
    VALUE
    0x82890C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA108
    "Codewort Kurztripanforderungen Anzeigegruppe 108"
    VALUE
    0x82890E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82890E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA108A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 108"
    VALUE
    0x828910
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828910  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA108B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 108"
    VALUE
    0x828912
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828912  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA109
    "Codewort Kurztripanforderungen Anzeigegruppe 109"
    VALUE
    0x828914
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828914  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA109A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 109"
    VALUE
    0x828916
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828916  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA109B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 109"
    VALUE
    0x828918
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828918  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA130
    "Codewort Kurztripanforderungen Anzeigegruppe 130"
    VALUE
    0x82891A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA130A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 130"
    VALUE
    0x82891C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA130B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 130"
    VALUE
    0x82891E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82891E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA140
    "Codewort Kurztripanforderungen Anzeigegruppe 140"
    VALUE
    0x828920
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828920  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA140A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 140"
    VALUE
    0x828922
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828922  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA140B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 140"
    VALUE
    0x828924
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828924  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA145
    "Codewort Kurztripanforderungen Anzeigegruppe 145"
    VALUE
    0x828926
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828926  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA145A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 145"
    VALUE
    0x828928
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828928  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA145B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 145"
    VALUE
    0x82892A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146
    "Codewort Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x82892C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x82892E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82892E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA146B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 146"
    VALUE
    0x828930
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828930  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147
    "Codewort Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x828932
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828932  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x828934
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828934  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA147B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 147"
    VALUE
    0x828936
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828936  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148
    "Codewort Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x828938
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828938  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x82893A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA148B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 148"
    VALUE
    0x82893C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149
    "Codewort Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x82893E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82893E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x828940
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828940  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA149B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 149"
    VALUE
    0x828942
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828942  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152
    "Codewort Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x828944
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828944  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x828946
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828946  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA152B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 152"
    VALUE
    0x828948
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828948  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA162
    "Codewort Kurztripanforderungen Anzeigegruppe 162"
    VALUE
    0x82894A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA162A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 162"
    VALUE
    0x82894C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA162B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 162"
    VALUE
    0x82894E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82894E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA163
    "Codewort Kurztripanforderungen Anzeigegruppe 163"
    VALUE
    0x828950
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828950  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA163A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 163"
    VALUE
    0x828952
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828952  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA163B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 163"
    VALUE
    0x828954
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828954  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166
    "Codewort Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x828956
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828956  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x828958
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828958  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA166B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 166"
    VALUE
    0x82895A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167
    "Codewort Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x82895C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x82895E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82895E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA167B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 167"
    VALUE
    0x828960
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828960  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168
    "Codewort Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x828962
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828962  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x828964
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828964  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA168B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 168"
    VALUE
    0x828966
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828966  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA187
    "Codewort Kurztripanforderung Anzeigegruppe 187"
    VALUE
    0x828968
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828968  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA187A
    "Ergänzung Coderwort Kurztripanforderung Anzeigegruppe 187"
    VALUE
    0x82896A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA187B
    "Ergänzung B Codewort Kurztripanforderung Anzeigegruppe 187"
    VALUE
    0x82896C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA188
    "Codewort Kurztripanforderung Anzeiogegruppe 188"
    VALUE
    0x82896E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82896E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA188A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 188"
    VALUE
    0x828970
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828970  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA188B
    "Ergänzung B Codewort Kurztripanforderung Anzeigegruppe188"
    VALUE
    0x828972
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828972  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA189
    "Codewort Kurztripanforderung Anzeigegruppe 189"
    VALUE
    0x828974
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828974  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA189A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 189"
    VALUE
    0x828976
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828976  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA189B
    "Ergänzung B Codewort Kurztripanforderung Anzeigegruppe 189"
    VALUE
    0x828978
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828978  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190
    "Codewort Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82897A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82897C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA190B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 190"
    VALUE
    0x82897E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82897E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191
    "Codewort Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x828980
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828980  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x828982
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828982  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA191B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 191"
    VALUE
    0x828984
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828984  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192
    "Codewort Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x828986
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828986  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x828988
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828988  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA192B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 192"
    VALUE
    0x82898A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82898A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193
    "Codewort Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x82898C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82898C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x82898E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82898E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA193B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 193"
    VALUE
    0x828990
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828990  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194
    "Codewort Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x828992
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828992  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x828994
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828994  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA194B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 194"
    VALUE
    0x828996
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828996  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195
    "Codewort Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x828998
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828998  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x82899A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82899A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA195B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 195"
    VALUE
    0x82899C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82899C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196
    "Codewort Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x82899E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82899E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x8289A0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA196B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 196"
    VALUE
    0x8289A2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197
    "Codewort Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x8289A4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x8289A6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA197B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 197"
    VALUE
    0x8289A8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198
    "Codewort Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x8289AA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x8289AC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA198B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 198"
    VALUE
    0x8289AE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199
    "Codewort Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x8289B0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x8289B2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA199B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 199"
    VALUE
    0x8289B4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201
    "Codewort Kurztripanforderung Anzeigegruppe 201"
    VALUE
    0x8289B6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 201"
    VALUE
    0x8289B8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA201B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 201"
    VALUE
    0x8289BA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202
    "Codewort Kurztripanforderung Anzeigegruppe 202"
    VALUE
    0x8289BC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 202"
    VALUE
    0x8289BE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA202B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 202"
    VALUE
    0x8289C0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203
    "Codewort Kurztripanforderung Anzeigegruppe 203"
    VALUE
    0x8289C2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 203"
    VALUE
    0x8289C4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA203B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 203"
    VALUE
    0x8289C6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204
    "Codewort Kurztripanforderung Anzeigegruppe 204"
    VALUE
    0x8289C8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 204"
    VALUE
    0x8289CA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA204B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 204"
    VALUE
    0x8289CC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205
    "Codewort Kurztripanforderung Anzeigegruppe 205"
    VALUE
    0x8289CE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 205"
    VALUE
    0x8289D0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA205B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 205"
    VALUE
    0x8289D2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206
    "Codewort Kurztripanforderung Anzeigegruppe 206"
    VALUE
    0x8289D4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 206"
    VALUE
    0x8289D6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA206B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 206"
    VALUE
    0x8289D8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207
    "Codewort Kurztripanforderung Anzeigegruppe 207"
    VALUE
    0x8289DA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 207"
    VALUE
    0x8289DC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA207B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 207"
    VALUE
    0x8289DE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208
    "Codewort Kurztripanforderung Anzeigegruppe 208"
    VALUE
    0x8289E0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 208"
    VALUE
    0x8289E2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA208B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 208"
    VALUE
    0x8289E4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209
    "Codewort Kurztripanforderung Anzeigegruppe 209"
    VALUE
    0x8289E6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 209"
    VALUE
    0x8289E8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA209B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 209"
    VALUE
    0x8289EA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210
    "Codewort Kurztripanforderung Anzeigegruppe 210"
    VALUE
    0x8289EC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 210"
    VALUE
    0x8289EE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA210B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 210"
    VALUE
    0x8289F0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211
    "Codewort Kurztripanforderung Anzeigegruppe 211"
    VALUE
    0x8289F2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 211"
    VALUE
    0x8289F4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA211B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 211"
    VALUE
    0x8289F6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212
    "Codewort Kurztripanforderung Anzeigegruppe 212"
    VALUE
    0x8289F8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 212"
    VALUE
    0x8289FA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA212B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 212"
    VALUE
    0x8289FC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213
    "Codewort Kurtripanforderung Anzeigegruppe 213"
    VALUE
    0x8289FE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8289FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 213"
    VALUE
    0x828A00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA213B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 213"
    VALUE
    0x828A02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214
    "Codewort Kurztripanforderung Anzeigegruppe 214"
    VALUE
    0x828A04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 214"
    VALUE
    0x828A06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA214B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 214"
    VALUE
    0x828A08
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215
    "Codewort Kurztripanforderung Anzeigegruppe 215"
    VALUE
    0x828A0A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 215"
    VALUE
    0x828A0C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA215B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 215"
    VALUE
    0x828A0E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216
    "Codewort Kurztripanforderung Anzeigegruppe 216"
    VALUE
    0x828A10
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 216"
    VALUE
    0x828A12
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA216B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 216"
    VALUE
    0x828A14
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217
    "Codewort Kurztripanforderung Anzeigegruppe 217"
    VALUE
    0x828A16
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 217"
    VALUE
    0x828A18
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA217B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 217"
    VALUE
    0x828A1A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218
    "Codewort Kurztripanforderung Anzeigegruppe 218"
    VALUE
    0x828A1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 218"
    VALUE
    0x828A1E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA218B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 218"
    VALUE
    0x828A20
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219
    "Codewort Kurztripanforderung Anzeigegruppe 219"
    VALUE
    0x828A22
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 219"
    VALUE
    0x828A24
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA219B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 219"
    VALUE
    0x828A26
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220
    "Codewort Kurztripanforderung Anzeigegruppe 220"
    VALUE
    0x828A28
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 220A"
    VALUE
    0x828A2A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA220B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 220"
    VALUE
    0x828A2C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221
    "Codewort Kurztripanforderung Anzeigegruppe 221"
    VALUE
    0x828A2E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 2221A"
    VALUE
    0x828A30
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA221B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 221"
    VALUE
    0x828A32
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222
    "Codewort Kurztripanforderung Anzeigegruppe 222"
    VALUE
    0x828A34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 222A"
    VALUE
    0x828A36
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA222B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 222"
    VALUE
    0x828A38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223
    "Codewort Kurztripanforderung Anzeigegruppe 223"
    VALUE
    0x828A3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 223A"
    VALUE
    0x828A3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA223B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 223"
    VALUE
    0x828A3E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224
    "Codewort Kurztripanforderung Anzeigegruppe 224"
    VALUE
    0x828A40
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 224A"
    VALUE
    0x828A42
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA224B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 224"
    VALUE
    0x828A44
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225
    "Codewort Kurztripanforderung Anzeigegruppe 225"
    VALUE
    0x828A46
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 225A"
    VALUE
    0x828A48
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA225B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 225"
    VALUE
    0x828A4A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226
    "Codewort Kurztripanforderung Anzeigegruppe 226"
    VALUE
    0x828A4C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 226A"
    VALUE
    0x828A4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA226B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 226"
    VALUE
    0x828A50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227
    "Codewort Kurztripanforderung Anzeigegruppe 227"
    VALUE
    0x828A52
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 227A"
    VALUE
    0x828A54
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA227B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 227"
    VALUE
    0x828A56
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228
    "Codewort Kurztripanforderung Anzeigegruppe 228"
    VALUE
    0x828A58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 228A"
    VALUE
    0x828A5A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA228B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 228"
    VALUE
    0x828A5C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229
    "Codewort Kurztripanforderung Anzeigegruppe 229"
    VALUE
    0x828A5E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 229A"
    VALUE
    0x828A60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA229B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 229"
    VALUE
    0x828A62
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230
    "Codewort Kurztripanforderung Anzeigegruppe 230"
    VALUE
    0x828A64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 230A"
    VALUE
    0x828A66
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA230B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 230"
    VALUE
    0x828A68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231
    "Codewort Kurztripanforderung Anzeigegruppe 231"
    VALUE
    0x828A6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 231A"
    VALUE
    0x828A6C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA231B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 231"
    VALUE
    0x828A6E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232
    "Codewort Kurztripanforderung Anzeigegruppe 232"
    VALUE
    0x828A70
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 232A"
    VALUE
    0x828A72
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA232B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 232"
    VALUE
    0x828A74
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233
    "Codewort Kurztripanforderung Anzeigegruppe 233"
    VALUE
    0x828A76
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 233A"
    VALUE
    0x828A78
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA233B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 233"
    VALUE
    0x828A7A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234
    "Codewort Kurztripanforderung Anzeigegruppe 234"
    VALUE
    0x828A7C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 234A"
    VALUE
    0x828A7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA234B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 234"
    VALUE
    0x828A80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235
    "Codewort Kurztripanforderung Anzeigegruppe 235"
    VALUE
    0x828A82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 235A"
    VALUE
    0x828A84
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA235B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 235"
    VALUE
    0x828A86
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236
    "Codewort Kurztripanforderung Anzeigegruppe 236"
    VALUE
    0x828A88
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 236A"
    VALUE
    0x828A8A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA236B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 236"
    VALUE
    0x828A8C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237
    "Codewort Kurztripanforderung Anzeigegruppe 237"
    VALUE
    0x828A8E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 237A"
    VALUE
    0x828A90
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA237B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 237"
    VALUE
    0x828A92
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238
    "Codewort Kurztripanforderung Anzeigegruppe 238"
    VALUE
    0x828A94
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 238A"
    VALUE
    0x828A96
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA238B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 238"
    VALUE
    0x828A98
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239
    "Codewort Kurztripanforderung Anzeigegruppe 239"
    VALUE
    0x828A9A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 239A"
    VALUE
    0x828A9C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA239B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 239"
    VALUE
    0x828A9E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828A9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240
    "Codewort Kurztripanforderung Anzeigegruppe 240"
    VALUE
    0x828AA0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 240A"
    VALUE
    0x828AA2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA240B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 240"
    VALUE
    0x828AA4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241
    "Codewort Kurztripanforderung Anzeigegruppe 241"
    VALUE
    0x828AA6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 241A"
    VALUE
    0x828AA8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA241B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 241"
    VALUE
    0x828AAA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242
    "Codewort Kurztripanforderung Anzeigegruppe 242"
    VALUE
    0x828AAC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 242A"
    VALUE
    0x828AAE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA242B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 242"
    VALUE
    0x828AB0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243
    "Codewort Kurztripanforderung Anzeigegruppe 243"
    VALUE
    0x828AB2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 243A"
    VALUE
    0x828AB4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA243B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 243"
    VALUE
    0x828AB6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244
    "Codewort Kurztripanforderung Anzeigegruppe 244"
    VALUE
    0x828AB8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 244A"
    VALUE
    0x828ABA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA244B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 244"
    VALUE
    0x828ABC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245
    "Codewort Kurztripanforderung Anzeigegruppe 245"
    VALUE
    0x828ABE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ABE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 245A"
    VALUE
    0x828AC0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA245B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 245"
    VALUE
    0x828AC2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246
    "Codewort Kurztripanforderung Anzeigegruppe 246"
    VALUE
    0x828AC4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 246A"
    VALUE
    0x828AC6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA246B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 246"
    VALUE
    0x828AC8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247
    "Codewort Kurztripanforderung Anzeigegruppe 247"
    VALUE
    0x828ACA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 247A"
    VALUE
    0x828ACC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA247B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 247"
    VALUE
    0x828ACE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ACE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248
    "Codewort Kurztripanforderung Anzeigegruppe 248"
    VALUE
    0x828AD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 248A"
    VALUE
    0x828AD2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA248B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 248"
    VALUE
    0x828AD4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249
    "Codewort Kurztripanforderung Anzeigegruppe 249"
    VALUE
    0x828AD6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 249A"
    VALUE
    0x828AD8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA249B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 249"
    VALUE
    0x828ADA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250
    "Codewort Kurztripanforderung Anzeigegruppe 250"
    VALUE
    0x828ADC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 250A"
    VALUE
    0x828ADE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828ADE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA250B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 250"
    VALUE
    0x828AE0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251
    "Codewort Kurztripanforderung Anzeigegruppe 251"
    VALUE
    0x828AE2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 251A"
    VALUE
    0x828AE4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA251B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 251"
    VALUE
    0x828AE6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252
    "Codewort Kurztripanforderung Anzeigegruppe 252"
    VALUE
    0x828AE8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 252A"
    VALUE
    0x828AEA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA252B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 252"
    VALUE
    0x828AEC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253
    "Codewort Kurztripanforderung Anzeigegruppe 253"
    VALUE
    0x828AEE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 253A"
    VALUE
    0x828AF0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA253B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 253"
    VALUE
    0x828AF2
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254
    "Codewort Kurztripanforderung Anzeigegruppe 254"
    VALUE
    0x828AF4
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 254A"
    VALUE
    0x828AF6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA254B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 254"
    VALUE
    0x828AF8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255
    "Codewort Kurztripanforderung Anzeigegruppe 255"
    VALUE
    0x828AFA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255A
    "Ergänzung Codewort Kurztripanforderung Anzeigegruppe 255A"
    VALUE
    0x828AFC
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA255B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 255"
    VALUE
    0x828AFE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828AFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA28
    "Codewort Kurztripanforderungen Anzeigegruppe 28"
    VALUE
    0x828B00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA28A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 28"
    VALUE
    0x828B02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA28B
    "Ergänzung  Codewort B Kurztripanforderungen Anzeigegruppe 28"
    VALUE
    0x828B04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34
    "Codewort Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x828B06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x828B08
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA34B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 34"
    VALUE
    0x828B0A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35
    "Codewort Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x828B0C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x828B0E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA35B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 35"
    VALUE
    0x828B10
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36
    "Codewort Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x828B12
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x828B14
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA36B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 36"
    VALUE
    0x828B16
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37
    "Codewort Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x828B18
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x828B1A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA37B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 37"
    VALUE
    0x828B1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38
    "Codewort Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x828B1E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x828B20
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA38B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 38"
    VALUE
    0x828B22
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39
    "Codewort Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x828B24
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x828B26
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA39B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 39"
    VALUE
    0x828B28
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43
    "Codewort Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x828B2A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x828B2C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA43B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 43"
    VALUE
    0x828B2E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44
    "Codewort Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x828B30
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x828B32
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA44B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 44"
    VALUE
    0x828B34
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46
    "Codewort Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x828B36
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x828B38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA46B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 46"
    VALUE
    0x828B3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47
    "Codewort Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x828B3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x828B3E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA47B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 47"
    VALUE
    0x828B40
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA48
    "Codewort Kurztripanforderungen Anzeigegruppe 48"
    VALUE
    0x828B42
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA48A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 48"
    VALUE
    0x828B44
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA48B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 48"
    VALUE
    0x828B46
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA49
    "Codewort Kurztripanforderungen Anzeigegruppe 49"
    VALUE
    0x828B48
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA49A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 49"
    VALUE
    0x828B4A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA49B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 49"
    VALUE
    0x828B4C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA70
    "Codewort Kurztripanforderungen Anzeigegruppe 70"
    VALUE
    0x828B4E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA70A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 70"
    VALUE
    0x828B50
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA70B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 70"
    VALUE
    0x828B52
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA71
    "Codewort Kurztripanforderungen Anzeigegruppe 71"
    VALUE
    0x828B54
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA71A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 71"
    VALUE
    0x828B56
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA71B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 71"
    VALUE
    0x828B58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA72
    "Codewort Kurztripanforderungen Anzeigegruppe 72"
    VALUE
    0x828B5A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA72A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 72"
    VALUE
    0x828B5C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA72B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 72"
    VALUE
    0x828B5E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA75
    "Codewort Kurztripanforderungen Anzeigegruppe 75"
    VALUE
    0x828B60
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA75A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 75"
    VALUE
    0x828B62
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA75B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 75"
    VALUE
    0x828B64
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA77
    "Codewort Kurztripanforderungen Anzeigegruppe 77"
    VALUE
    0x828B66
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA77A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 77"
    VALUE
    0x828B68
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA77B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 77"
    VALUE
    0x828B6A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA78
    "Codewort Kurztripanforderungen Anzeigegruppe 78"
    VALUE
    0x828B6C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA78A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 78"
    VALUE
    0x828B6E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA78B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 78"
    VALUE
    0x828B70
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA94
    "Codewort Kurztripanforderungen Anzeigegruppe 94"
    VALUE
    0x828B72
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA94A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 94"
    VALUE
    0x828B74
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA94B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 94"
    VALUE
    0x828B76
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA96
    "Codewort Kurztripanforderungen Anzeigegruppe 96"
    VALUE
    0x828B78
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA96A
    "Ergänzung Codewort Kurztripanforderungen Anzeigegruppe 96"
    VALUE
    0x828B7A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFA96B
    "Ergänzung Codewort B Kurztripanforderungen Anzeigegruppe 96"
    VALUE
    0x828B7C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFAN
    "Codewort Drehzahlanforderung für Bandendetest"
    VALUE
    0x81A0F9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFASL
    "Codewort: Testereingriff Sekundärluftdiagnose"
    VALUE
    0x818319
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818319  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRABED
    "Codewort für %FGRABED"
    VALUE
    0x8104EB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRBESI
    "Codewort FGRBESI"
    VALUE
    0x818B2B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRFULO
    "Codewort FGRFULO"
    VALUE
    0x818B2E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRFULO2
    "Codewort FGRFULO 2"
    VALUE
    0x818B2F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRGA
    "Codewort für gangabhängiges FGR-Verbot"
    VALUE
    0x8104EC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRLVZ
    "Codewort Löschen von vziel_w"
    VALUE
    0x81E9EA
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFGRREGL
    "Codewort FGRREGL"
    VALUE
    0x818B52
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B52  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFKMSDKA
    "Codewort für Massenstromadaption aktiv"
    VALUE
    0x81096B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFLC
    "Codewort für Steuerung MIL-ON entsprechend OBDII / EOBD"
    VALUE
    0x810283
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810283  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFLSUBB
    "Codewort Freigabe Betriebsbereitschaft LSU"
    VALUE
    0x81A36D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFS
    "Codewort für Bildung S_fs aus CAN-Information"
    VALUE
    0x810179
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810179  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFUEDK
    "Codewort FUEDK"
    VALUE
    0x814C1C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWFUEREG
    "Codewort Füllungsregler außerhalb Leerlauf aktiv"
    VALUE
    0x818C55
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C55  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGAGKG
    "Gangauswahl zur Freigabe Abgasklappe"
    VALUE
    0x81B2A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B2A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGALSV
    "Codewort für zurücksetzen von Adaptionswerte bei Error E_LSV"
    VALUE
    0x8190C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGANGLA
    "Codewort Lüfteranforderung Motorraum abhängig vom Gang"
    VALUE
    0x81AEBD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGC
    "Getriebe-Codierung (CAN)"
    VALUE
    0x810188
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810188  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGEMD
    "Codewort für %GGCEGS (Auswertung der CAN-Botschaft Getriebe)"
    VALUE
    0x81017A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGCEGS
    "Codewort für Getriebe-Eingriff"
    VALUE
    0x8135C8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGEGAS
    "Codewort für GGEGAS"
    VALUE
    0x8104D3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGFGRH
    "Codewort  GGFGRH"
    VALUE
    0x810305
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810305  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGLSH
    "Codeword für Ri-Auswertung für Sonde hinter KAT"
    VALUE
    0x8102F7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGLSU
    "Codewort für GGLSU"
    VALUE
    0x811BFD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGNW
    "Codeword für Flanken Auswahl in der GGNW"
    VALUE
    0x81028B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGPBKV
    "Codewort für Bremskraftverstärker Funktion GGPBKV"
    VALUE
    0x8124E2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGGVFZG
    "Codewort für %GGVFZG"
    VALUE
    0x810303
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810303  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWGRABH
    "Codewort für GRA-Bedienhebel"
    VALUE
    0x8181C2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWHFMPUKL1
    "Codewort zur Auswahl der Verstellelement 1 für HFM-Pulsations-KF"
    VALUE
    0x8104FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWHFMPUKL2
    "Codewort zur Auswahl der Verstellelement 2 für HFM-Pulsations-KF"
    VALUE
    0x8104FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWHRLSU
    "Codewort Heizungsregelung LSU"
    VALUE
    0x81A364
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A364  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKATUM
    "Codewort für Umschalten in der Katdiagnose"
    VALUE
    0x8102FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKDASG
    "Codewort Berechnung Kickdown bei DS"
    VALUE
    0x810326
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810326  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKHMD
    "Codewort für Drehmomentenreserve bei Katheizen"
    VALUE
    0x81983E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKHZ
    "Codewort für Katheizsteuerung"
    VALUE
    0x819806
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819806  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKHZ2
    "Codewort für Katheizsteuerung"
    VALUE
    0x819807
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819807  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKHZW
    "Codewort für spätesten Zündwinkel bei Katheizen"
    VALUE
    0x811E4A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E4A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKL15SP
    "Aktivierung der Kl. 15 Ein/Aus Sperre"
    VALUE
    0x810162
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810162  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKLDF
    "Codewort zur Aktivierung/Auswahl der kldfpwm Filterung"
    VALUE
    0x8181D3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKLDFA
    "Codewort zur Umschaltung des Generatorsignals zwischen kldfpwm und kldfpwmf"
    VALUE
    0x819D67
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKMMILSCT
    "Ausgabe ""Km bei MIL on""  für Scan Tool abschalten (0 = keine Ausgabe in PID $21)"
    VALUE
    0x8181C3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKMTR
    "Codewort zur Konfiguration der Kühlmitteltemperaturregelung"
    VALUE
    0x82BCCE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCCE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKMTR2
    "Codewort zur Konfiguration der Kühlmitteltemperaturregelung"
    VALUE
    0x81AEBE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOC
    "Codewort: Konfiguration der Klimakompressorsteuerung"
    VALUE
    0x81247E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81247E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOCAN
    "Konfiguration für CAN und Klimakompressor"
    VALUE
    0x81247F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81247F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONABG
    "Codewort für Konfiguration Abgasbehandlung"
    VALUE
    0x8181C4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONDTFA
    "Codewort Konfiguration Diagnose Ansauglufttemperatur-Fühler"
    VALUE
    0x819723
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819723  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONFLS
    "Beschreibung der Lambdasondenposition hinter Katalysator im Abgasstrang"
    VALUE
    0x8181C5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONFZ1
    "Codewort für Konfiguration Fahrzeug"
    VALUE
    0x8181C6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONGTM
    "Codewort für Konfiguration Größe Temperatur Motor TMOT"
    VALUE
    0x819768
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819768  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONGTO
    "Codewort für Konfiguration Größe Temperatur (Motor-)Öl"
    VALUE
    0x81A899
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A899  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONGTU
    "Codewort für Konfiguration Größe Temperatur Umgebung"
    VALUE
    0x810D6E
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKONLS
    "Codewort für Konfiguration Lambda Sonden"
    VALUE
    0x8181C7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKOR
    "Konfiguration zur Leistungsreduzierung des Klimakompressors"
    VALUE
    0x812480
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812480  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKR
    "Codewort Klopfregelung"
    VALUE
    0x819B85
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRLZFK
    "Codewort: Klopferkennung wird bei geführten Zylindern nicht abgeschaltet"
    VALUE
    0x819A6D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRNLR
    "Codewort Notlauf KR bei Abfall eines  KS"
    VALUE
    0x819A6E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRRA
    "Codewort für die Funktion %KRRA"
    VALUE
    0x819A6F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKRREF
    "Codewort: Verhalten Referenzpegelnachführung bei Drehzahldynamik"
    VALUE
    0x8198CA
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKUEKD
    "Codewort zur Konfiguration der Stellglieddiagnose Motorkühlung"
    VALUE
    0x827F00
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKUPPL
    "Codewort für Kupplung"
    VALUE
    0x810FFE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWKVHR
    "Codewort für Komponenten-Versorgungsspannung über Hauptrelais"
    VALUE
    0x81E964
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E964  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAKH
    "Codewort für Funktion %LAKH"
    VALUE
    0x819852
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819852  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAMBTS
    "Codewort: Lambda Bauteileschutz"
    VALUE
    0x819490
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819490  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAMFAW
    "Codeword LAMFAW"
    VALUE
    0x8191EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLAMKH
    "Codewort Lambdakoordination bei Kat-heizen"
    VALUE
    0x810B99
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLBZAPP
    "Codewort zur Erhöhung der Ladebilanz (Applikation)"
    VALUE
    0x818AAF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLG
    "Auswahl Senden der Leergasinformation in der Botschaft Motor 1 bei ADR verbaut"
    VALUE
    0x810189
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810189  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRG
    "Codewort Drehzahlanhebung von BEM"
    VALUE
    0x819D68
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRNS
    "Codeword für die LL-Drehzahlanhebung"
    VALUE
    0x819D69
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRNW
    "Codewort für Einschaltbedingungen zur Drehzahlerhöhung wegen Nockenwellenwinkel"
    VALUE
    0x819D6A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLLRPA
    "Codewort zur Auswahl des Parametersatzes des P-Anteils"
    VALUE
    0x819EE5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLRFZA
    "Codewort Phasenlage Zwangsamplitude"
    VALUE
    0x810B9D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLRMS
    "Codewort Magerschutz"
    VALUE
    0x81A36E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLSFA
    "Codewort Lambdasonde hinter Frontkat"
    VALUE
    0x8181C8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLSHA
    "Codewort für Lambdasonden hinter KAT Alterung in %DLSAHK"
    VALUE
    0x8181C9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLSUMRS
    "Codewort Funktion LSUMRS"
    VALUE
    0x81A36A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWLUEKO
    "Codewort Lüfterkonfiguration"
    VALUE
    0x82BCD0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWM9CVNSUP
    "Codewort Support der VITs $05 und $06 (CVN-Ausgabe) im Mode/Service $09"
    VALUE
    0x810282
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810282  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMBAS
    "Codewort für MDBAS"
    VALUE
    0x811156
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811156  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDAPP
    "Codewort Applikation ohne Drehmomentfunktionen"
    VALUE
    0x8181CA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDASG
    "Codewort für Drehmoment Automat-Schaltgetriebe ASG"
    VALUE
    0x8114C1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDBGRG
    "Codewort MDBGRG"
    VALUE
    0x81A2F5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDFAW
    "Codewort für %MDFAW"
    VALUE
    0x8158BC
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDFUE
    "Codewort MDFUE"
    VALUE
    0x818C6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDKOG
    "Codewort MDKOG: Zündwinkelspätverstellung bei Unterdruckbegrenzung"
    VALUE
    0x811151
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811151  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDKOL
    "Codewort MDKOL: Momentenbegrenzung"
    VALUE
    0x81A243
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A243  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDMIN
    "Codewort MDMIN"
    VALUE
    0x81109F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81109F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDRED
    "Codewort für nmaxred"
    VALUE
    0x81136F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81136F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDRLKO
    "Codewort: Klimakompressormoment abh. von rl, nmot"
    VALUE
    0x819F60
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMDZUL
    "Codewort in MDZUL für die Momentenbegrenzung"
    VALUE
    0x811375
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811375  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMOTFLX
    "Codewort für Konfiguration der CAN-Botschaft MotorFlexia"
    VALUE
    0x81018A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWMSRCAN
    "Codewort für MSR/ASR über CAN"
    VALUE
    0x810167
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810167  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNLPH
    "Freigabe der jeweiligen Phasengebernotlauffunktion"
    VALUE
    0x810295
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810295  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNOSCAT
    "Codewort zum Abschalten der Scan Tool Kommunikation"
    VALUE
    0x818418
    KwUb
    3.000
    dez
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818418  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNSTAT
    "Codewort zur nstat-Filterung"
    VALUE
    0x819D6B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWEGTR
    "Codewort Wiedereinsetzdrehzahl bei Getriebeeingriff"
    VALUE
    0x810E7D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWEHOE
    "CW Umschaltung  für Sollwertvorgabe bei Fehler  Einlassnockenwelle"
    VALUE
    0x811CAE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWEVDA
    "Codewort Eingeschränkte Nockenwellenverstellung bei aktiven Abgasstrangdiagnosen"
    VALUE
    0x81A8DB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWEVO
    "Codewort: Eingeschränkte Verstellung der Nockenwelle"
    VALUE
    0x811CA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWFW
    "Codewort für Umschaltung der Bildung Faktor Winkel Nockenwelle"
    VALUE
    0x81A7A5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWGE
    "Codewort Nockenwellensteuerung bei Getriebeeingriff"
    VALUE
    0x81A79B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWRA
    "Codewort zur Einschaltung Filter  Verstellgeschwindigkeit Nockenwelle (Auslaß)"
    VALUE
    0x81A985
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A985  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWRE
    "Codewort zur Einschaltung Filter  Verstellgeschwindigkeit Nockenwelle Einlass"
    VALUE
    0x81A8DC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWREF
    "Nockenwellenverhalten im Start"
    VALUE
    0x8102A0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWSA
    "Codewort Nockenwellensteuerung Auslass"
    VALUE
    0x82A7FE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWSE
    "Codewort Nockenwellensteuerung Einlass"
    VALUE
    0x82A800
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A800  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWNWSG
    "Codewort Nockenwellensteuerung global"
    VALUE
    0x82A802
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A802  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWOBD
    "Codewort für Konfiguration OBD Zertifikationsnachweis"
    VALUE
    0x8181CB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWOBDCAN
    "Codewort für CAN-Ausgabe der  OBD-Konfiguration"
    VALUE
    0x81018B
    KwUb
    63.00
    dez
    0.00
    63.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPIRGAP
    "Codewort Applikation BGPIRG"
    VALUE
    0x818B7B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPKAPP
    "Codewort Applikation Druckreferenz für Kraftstoffdruckregler"
    VALUE
    0x819075
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819075  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPLLSU
    "Codewort Plausibilitätsdiagnose LSU"
    VALUE
    0x818A94
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWPWF
    "Codewort Powerfail"
    VALUE
    0x81A4FB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRBS
    "Codewort BGRBS"
    VALUE
    0x810271
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810271  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRDYTES
    "Codewort Readinessbildung mit entprelltem Fehler"
    VALUE
    0x818630
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818630  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWREFI
    "Codewort: Neuinitialisierung von rkr mit REFINI bei Dynamik"
    VALUE
    0x8198CB
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRLAPPL
    "Codewort Vorgabe rlsol_w während Applikationsphase"
    VALUE
    0x810973
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810973  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWRPSLSU
    "Codewort für Referenzpumpstrom"
    VALUE
    0x81A367
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A367  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSAWE
    "Codewort Schubabschalten - Wiedereinsetzen"
    VALUE
    0x810E7E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSCTMDE
    "Codewort zum abschalten bestimmter Scan Tool Modes/Services (Bit=0 ->  Mode aus)"
    VALUE
    0x8181CC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSELV
    "Codewort: Berechnung mit Zusammenfassung aller elektr. Verbraucher."
    VALUE
    0x819F61
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSLS
    "Codewort für Sekundärluftsystem"
    VALUE
    0x8181CD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTADAP
    "Codewort Startadaption"
    VALUE
    0x810BA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTAKD
    "Codewort zur Konfiguration der Stellglieddiagnose"
    VALUE
    0x827F02
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTAKD2
    "Codewort 2 zur Konfiguration der Stellglieddiagnose"
    VALUE
    0x827F04
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTDMD
    "Codewort zur Auswahl Startfreigabe: 1 -> B_st, 0 -> nmot"
    VALUE
    0x810234
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810234  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTEVKD
    "Codewort zur Freigabe der Stellglieddiagnose Einspritzventile"
    VALUE
    0x827F06
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSTPCNF
    "Codewort Ausblendkriterien 1 -> Kriterium aktiv"
    VALUE
    0x810235
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810235  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWSU
    "Codewort: Saugrohrumschaltung"
    VALUE
    0x810974
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810974  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAF
    "Codewort für Testeranpassung: Anpassung frei"
    VALUE
    0x828B7E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAK
    "Codewort für Testeranpassung: Anpassung für Kundendienst"
    VALUE
    0x828B80
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTAS
    "Codewort für Testeranpassung: Anpassung für Entwicklung"
    VALUE
    0x828B82
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828B82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTEACFG
    "ausserordentliche Konfiguration der Tankentlüftung"
    VALUE
    0x81A50A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A50A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTEMPK
    "Codeword für Adressierung FWFTBRTA (tans/evtmod)"
    VALUE
    0x818B94
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTEZW
    "Codewort Zündwinkeleingriff bei TEV-Prüfung"
    VALUE
    0x811152
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811152  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTF
    "Codewort für Konfiguration Temperaturfühler"
    VALUE
    0x8181CE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTIPIN
    "Codewort für Tip in - Funktion"
    VALUE
    0x819B86
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTOELZK
    "Coedwort Berechnung Öltemperatur Zylinderkopf"
    VALUE
    0x81A89E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWTUM
    "Codewort: Umgebungstemperatur für Klimakompressor"
    VALUE
    0x819F62
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWUHR
    "Codewort für Uhr"
    VALUE
    0x8181CF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWUTEKU
    "Umschaltung Tankentlüftung Kurztrip Test (B_fates)"
    VALUE
    0x81A6A2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWVSV
    "Codewort für Deaktivierung VS_VERST (CWVSV = 0: VS_VERST nicht aktiv)"
    VALUE
    0x81015F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81015F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWDKSPE
    "Codewort: prädizierende DK-Sollwertentjitterung aktiv"
    VALUE
    0x810975
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810975  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWFS
    "WFS: Konfiguration Anpassung und Download"
    VALUE
    0x8197F0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWWL
    "Codewort für Warmlaufsteuerung"
    VALUE
    0x810D27
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CWZWVMX
    "Codewort Zündwinkeleingriff bei VMAX-Begrenzung"
    VALUE
    0x811153
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811153  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_AZUE
    "Konfigurationscodewort Zündausgabe"
    VALUE
    0x81005A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_BDE_UC
    "Codewort für Benzindirekteinspritzung im Befehlstest"
    VALUE
    0x814004
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814004  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_BDE_UM
    "Codewort für Benzindirekteinspritzung in Funktionsüberwachung"
    VALUE
    0x814000
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814000  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_0___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x81363A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81363A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_1___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x81363B
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81363B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_2___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x81363C
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81363C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_C_3___A
    "Codewort für Kodierfehlerüberwachung"
    VALUE
    0x81363D
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81363D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_0___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x81362A
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81362A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_1___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x81362C
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81362C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_2___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x81362E
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81362E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_3___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x813630
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813630  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_4___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x813632
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813632  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_5___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x813634
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813634  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_6___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x813636
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813636  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_R_7___A
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x813638
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813638  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_RA
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x810199
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810199  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_RB
    "Codewort für CAN-Empfangskonfiguration"
    VALUE
    0x81015E
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81015E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_S_0___A
    "Codewort für CAN-Sendekonfiguration"
    VALUE
    0x813624
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813624  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_CAN_S_1___A
    "Codewort für CAN-Sendekonfiguration"
    VALUE
    0x813626
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813626  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_FUBND
    "Codewort für Funkenbandzündung"
    VALUE
    0x81ACDE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_NOROMCHKRESET
    ""
    VALUE
    0x811BF9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    CW_TABST
    "Codewort: Berücksichtigung Abstellzeit bei Initialisierung Ersatzwert tmot"
    VALUE
    0x819769
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819769  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTGESWNV
    "Schwelle Aktivierung D-Anteil (Geschwindigkeit) im unverstärkten Bereich"
    VALUE
    0x813A5E
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTGESWV
    "Schwelle Aktivierung D-Anteil (Geschwindigkeit) im verstärkten Bereich"
    VALUE
    0x813A60
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTSCHWNV
    "Schwelle Aktivierung D-Anteil (Abweichung) im unverstärkten Bereich"
    VALUE
    0x813A62
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DANTSCHWV
    "Schwelle Aktivierung D-Anteil (Abweichung) im verstärkten Bereich"
    VALUE
    0x813A64
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DASA
    "Anzahl der SAS-Phasen zur Erkennung LLS Fehler"
    VALUE
    0x81A0F3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DASGRED
    "Reduktionsmoment Getriebe Füllungpfad Dämpfung (PT2-Glied)"
    VALUE
    0x81A34C
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBGRAMX_UM
    "Fehlerschwelle Botschaftszähler in GRA-Botschaft"
    VALUE
    0x814009
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814009  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBGRA_T_UM
    "Fehlerentprellung Botschaftszähler in GRA-Botschaft"
    VALUE
    0x81400A
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_AIR
    "obere Grenze für Botschaftszählerdifferenz"
    VALUE
    0x8124DC
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_GE3
    "Größtes zulässiges Delta des Botschaftszählers in der Funktion"
    VALUE
    0x810180
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810180  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_GRA
    "oberer Grenzwert für Botschaftszählerdifferenz GRA"
    VALUE
    0x8104F4
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MN_UC
    "kleinstes zulässiges Delta des Botschaftszählers f. Befehlstest"
    VALUE
    0x8115F9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8115F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MN_UM
    "kleinstes zulässiges Delta des Botschaftszählers"
    VALUE
    0x814079
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814079  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX
    "Größtes zulässiges Delta des Botschaftszählers in der Funktion"
    VALUE
    0x810174
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810174  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX_ASG
    "Größtes zulässiges Delta des Botschaftszählers in der Funktion MDASG"
    VALUE
    0x8114C2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX_UC
    "größtes zulässiges Delta des Botschaftszählers f. Befehlstest"
    VALUE
    0x8115FA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8115FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DBZ_MX_UM
    "größtes zulässiges Delta des Botschaftszählers"
    VALUE
    0x81407A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81407A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DDFDTEAB
    "Schwelle für Abbruch der Diagnose wegen großer Änderung des Generatorsignals"
    VALUE
    0x81A6A3
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DDRLDKZU
    "Deltadifferenz zwischen rl aus Haupt- und Nebenlastsignal"
    VALUE
    0x814604
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814604  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DECKSTAI
    "Decrement-Step für STADAP-Faktor"
    CURVE
    0x810BA3
    KlAUbSstUbWSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BA3  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmadb
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DEGS
    "Zeitliche Begrenzung Reduktionsmoment Getriebe"
    VALUE
    0x81A356
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A356  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DELRL
    "Delta relative Luftfüllung für Freigabe ZW-Eingriff"
    VALUE
    0x811154
    KwUb
    5.977
    rel_uw_q0p0234
    0.00
    5.977

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811154  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DEVTMAGR
    "Offset für evtmod abhängig von tsges_w bei hoher tans verursacht d. AGR"
    CURVE
    0x81F260
    KlASwSstSwWSw
    49151.25
    temp_sw_q0p75
    -24576.00
    24575.25

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F260  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tsges_w
        temp_sw_q0p75
        2
        -24576.00
        24575.25

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFAFRG
    "Aufregelungsfaktor nach Einschalten des Füllungsreglers"
    VALUE
    0x818C56
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C56  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFDZWS
    "Zählschrittweite für Überblendung nach Saurohr nicht geschaltet"
    VALUE
    0x811F12
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFDZWSU
    "Zählschrittweite für Überblendung nach Saurohr geschaltet"
    VALUE
    0x811F13
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F13  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFEMPOS
    "Delta Schwelle für oberen Anschlag des mult. Anteils des Füllungsabgleichs"
    VALUE
    0x81F35A
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F35A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFEMPUS
    "Delta Schwelle für unteren Anschlag des mult. Anteils des Füllungsabgleichs"
    VALUE
    0x81F35C
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F35C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFGNSOL
    "Abregelkonstante für Getriebesolldrehzahlbeeinflußung"
    VALUE
    0x827F84
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKMSMN
    "Delta FKMSDKMN zum Rücksetzen von B_fkmsmn"
    VALUE
    0x814606
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814606  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKMSMX
    "Delta FKMSDKMX zum Rücksetzen von B_fkmsmx"
    VALUE
    0x814608
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814608  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKPVMN
    "Delta FKPVDKMN zum Rücksetzen von B_fkpvmn"
    VALUE
    0x81F1EA
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFKPVMX
    "Delta FKPVDKMX zum Rücksetzen von B_fkpvmx"
    VALUE
    0x81F1EC
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFMPERIOMX
    "Maximale Periodendauer für gültiges Signal"
    VALUE
    0x81B408
    KwUw
    5.200000
    tinjection_sy
    6.800000
    12.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B408  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFPSLBIT
    "Selektionsbits für Kennzeichnung der aktivierten Fehlerpfade"
    VAL_BLK
    0x81E03A
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81E03A  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRAOS
    "Delta Schwelle für oberen Anschlag des mult. Anteils der Gemischadaption"
    VALUE
    0x81F35E
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F35E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRAUS
    "Delta Schwelle für unteren Anschlag des mult. Anteils der Gemischadaption"
    VALUE
    0x81F360
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F360  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMAX
    "obere Grenze Stelleingriff"
    VALUE
    0x81665E
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81665E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMDTEE
    "Delta-frm-Schwelle für Erkennung der eingeschwungenen Gemischkorrektur"
    VALUE
    0x82A726
    KwUw
    0.03125000
    fak_uw_b2
    0.00
    0.03125000

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A726  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMDTEF
    "Regelhubschwelle für Fettkorrektur des fr für Prüfung i.O."
    VALUE
    0x82A728
    KwSw
    0.2000122
    fak_sw_b1
    -0.2000122
    0.00

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A728  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMDTEM
    "Regelhubschwelle für Magerkorrektur des fr für Prüfung i.O."
    VALUE
    0x82A72A
    KwSw
    0.2000122
    fak_sw_b1
    0.00
    0.2000122

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A72A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMOFNML
    "frm-Offset-Schwelle (negativ) in Abhängigkeit vom Luftmassenfluß"
    CURVE
    0x81B60E
    KlAUwSstUwWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B60E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMOFNXKT
    "frm-Offset-Schwelle (negativ): Kontrolle Vorsteuerproblem (Kurztest)"
    VALUE
    0x81B628
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B628  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMOFPML
    "frm-Offset-Schwelle (positiv) in Abhängigkeit vom Luftmassenfluß"
    CURVE
    0x81B62A
    KlAUwSstUwWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B62A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMOFPXKT
    "frm-Offset-Schwelle (positiv): Kontrolle Vorsteuerproblem (Kurztest)"
    VALUE
    0x81B644
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B644  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMSLS
    "Schwelle für Einschwingkriterium des frm bei der Aktiv-Diagnose"
    VALUE
    0x81B646
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B646  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRMST
    "Delta frm-Schwelle für Erkennung der eingeschwungenen Lambdaregelung"
    VALUE
    0x819473
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819473  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRZAMIN
    "Schwellwert für minimale Zwangsamplitude"
    VALUE
    0x81E854
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E854  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFRZASNAMN
    "min. DFRZA-Schwelle zum Aktivieren der Nicht-aktiv-Prüfung"
    VALUE
    0x81E7DA
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSEFO1N
    "drehzahlabh. max. plausible Abweichungen der FSE-Werte"
    VAL_BLK
    0x81C42E
    KwbUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81C42E  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSEFO2N
    "drehzahlabh. max. plausible Abweichungen der FSE-Werte"
    VAL_BLK
    0x81C43E
    KwbUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81C43E  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSEFO3N
    "drehzahlabh. max. plausible Abweichungen der FSE-Werte"
    VAL_BLK
    0x81C44E
    KwbUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x81C44E  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFSERES
    "Differenz der Adaptionswerte zum Auslösen eines Reset der fuel-on/-off adaption"
    VALUE
    0x813692
    KwUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813692  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFTEAHB
    "Schwelle Gemischanteil Tankentlüftung zum Setzen Bit ""Hohe Beladung"""
    VALUE
    0x81A50D
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A50D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DFTEDS
    "Hysteresebreite Beladung für Umschaltung auf Dauertankentlüftung"
    VALUE
    0x81FB86
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DIFFMAX
    "max. zulässige Druckänderung während 100ms"
    VALUE
    0x816C84
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKATCW
    "einmaliger Lauf bzw. Initialisierung der DKAT-Funktion"
    VALUE
    0x8189E8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKL1DTEV
    "Zusätzliche Klimaanforderung für Lüfter 1 während Tankentlüftungsdiagnose"
    VALUE
    0x81AEBF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKL2DTEV
    "Zusätzliche Klimaanforderung für Lüfter 2 während Tankentlüftungsdiagnose"
    VALUE
    0x81AEC0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKLAGERT
    "zulässige Fehlerzeit für DK-Soll-/Istvergleich"
    VALUE
    0x810423
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810423  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKMTSMN
    "Minimale Regelabweichung tmotsoll-tmotkmtr"
    VALUE
    0x81AEC1
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKMTSMX
    "Maximale Regelabweichung tmotsoll-tmotkmtr"
    VALUE
    0x81AEC2
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKNOTBEGR
    "Sollwertbegrenzung bei DK-Potinotfahren als f(nmot)"
    CURVE
    0x813FB0
    KlAUbSstUbWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FB0  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKPSTGMIN
    "min. Steigung des DK-Poti zur Umr. abs. auf rel. Winkel im worst case"
    VALUE
    0x813A08
    KwUw
    39.99939
    rel_uw_b40
    0.00
    39.99939

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKRAMX
    "Maximale Anzahl Spätverstellungen für Klopfregelanschlag"
    VALUE
    0x8153A6
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKRAZ
    "Zündungzähler für Klopfregelanschlag"
    VALUE
    0x8153A8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROFN
    "Grenzwert der Integratorsteigung für Nulltest"
    CURVE
    0x81551C
    KlAUwSstUwWUw
    6102.947
    tknockintgrad_sy
    0.00
    6102.947

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81551C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmfln_w
        tknockcon_sy
        6
        0.00
        0.2097120

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKD
    "Obere Drehzahlschwelle für Nulltest-Diagnose Klopfregelung"
    VALUE
    0x819868
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819868  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKMX
    "Maximaler Offsetkompensationswert"
    VALUE
    0x810D89
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKO
    "Obere Drehzahlschwelle für Ermittlung Offsetkompensationswert"
    VALUE
    0x819869
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819869  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DKROKU
    "Untere Drehzahlschwelle für Ermittlung Offsetkompensationswert"
    VALUE
    0x810DCE
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHIFAMX
    "ABS(Delta-dlahi)-Schwelle für Erkennung Schnelladaption eingeschwungen"
    VALUE
    0x829F54
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHINI
    "Initwert Integrator dlahi der stetigen LRHK"
    VALUE
    0x829F56
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHINI2
    "Initwert Integrator dlahi der stetigen LRHK, Bank2"
    VALUE
    0x829F58
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHISATO
    "obere Grenze für dlahisa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E24
    KwUb
    0.09961
    fak_ub_b0p1_o0p05
    -0.05000
    0.04961

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHISATU
    "untere Grenze für dlahisa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E25
    KwUb
    0.09961
    fak_ub_b0p1_o0p05
    -0.05000
    0.04961

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHPFAMX
    "ABS(dlahp)-Schwelle für Erkennung Schnelladaption eingeschwungen"
    VALUE
    0x829F5A
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHPPLMN
    "minimale DLAHP-Schwelle zum Setzen des Plausfehlers ""B"""
    VALUE
    0x81E820
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E820  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAHPPLMN2
    "minimale DLAHP-Schwelle zum Setzen des Plausfehlers ""B""  (Bank2)"
    VALUE
    0x81E822
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E822  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMELSH
    "Delta-Lambda-Sollwert für elektrische Sonendiagnose hinter KAT (Kurztrip)"
    VALUE
    0x81E71E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E71E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMFAW
    "Schwellwert für Aktivierung Anfettung über Fahrerwunsch"
    VALUE
    0x8191EB
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMHVF
    "Delta-Lambda-Sollwert (Bank1/Fett) für Vertauschung Sonden hinter KAT"
    VALUE
    0x81E8A6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMHVM
    "Delta-Lambda-Sollwert (Bank2/Mager) für Vertauschung Sonden hinter KAT"
    VALUE
    0x81E8A8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMLASHF
    "Delta-Lambda-Sollwert (Fett) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x81E748
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E748  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMLASHM
    "Delta-Lambda-Sollwert (Mager) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x81E74A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E74A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMNSWL
    "max. Abweichung für lamnswl_w=1.0"
    VALUE
    0x810D28
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMTANS
    "Lufttemperaturabhängige Anfettung"
    CURVE
    0x827A7C
    KlAUbSstUbWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A7C  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLAMXSA
    "max Regeldifferenz, für die nach SA die LRS gesperrt bleibt"
    VALUE
    0x81666E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81666E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBTSTHX
    "Delta Lambda Bauteileschutz, LS-Sechskant; Bank 1"
    CURVE
    0x827BB4
    KlAUwSstUwWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BB4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        thxlsum_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBTSTHX2
    "Delta Lambda Bauteileschutz, LS-Sechskant; Bank 2"
    CURVE
    0x827BCE
    KlAUwSstUwWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BCE  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        thxlsum2_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLBZ
    "relative Schwelle der Ladebilanz über LBZO1"
    VALUE
    0x818AB0
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRDWDKSS1
    "DLR, obere Grenze zur Parameterumschaltung"
    VALUE
    0x813A66
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRDWDKSS2
    "DLR, untere Grenze zur Parameterumschaltung"
    VALUE
    0x813A68
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRHAFTMN
    "min. notwendiger I-Anteil im Haftreibunsfall"
    VALUE
    0x81E99A
    KwSw
    100.0000
    rel_q0p1957
    -100.0000
    0.00

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E99A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRHAFTST
    "max. Sollwertgradient zur Aktivierung der Haftreibunsroutine"
    VALUE
    0x81E99C
    KwSw
    99.99847
    relDK_q0p00152
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E99C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRIAMAXA
    "maximal zulässiger I-Anteil"
    VALUE
    0x813A6A
    KwUw
    100.0000
    rel_q0p1957
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRIKLPAR
    "DLR, I-Klein Parameter"
    VALUE
    0x810424
    KwUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810424  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRININI
    "I-Anteil bei Inititialisierung der NLP-Funktion"
    VALUE
    0x813A6C
    KwUw
    100.0000
    rel_q0p1957
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDONLP0
    "DLR, D-Parameter über NLP"
    VALUE
    0x810425
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810425  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP0
    "DLR, D-Parameter unter NLP (schwach)"
    VALUE
    0x810426
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810426  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP1
    "DLR, D-Parameter unter NLP (mittel)"
    VALUE
    0x810427
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810427  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP2
    "DLR, D-Parameter unter NLP (stark)"
    VALUE
    0x810428
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810428  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKDUNLP3
    "DLR, D-Parameter unter NLP (unverstärktes Poti)"
    VALUE
    0x810429
    KwUb
    1020.
    relDK_q4
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810429  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIONLP0
    "I-Anteil als f(abs(dwdkdlr_w)), über NLP"
    VAL_BLK
    0x81042A
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x81042A  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP0
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (schwach)"
    VAL_BLK
    0x81044A
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x81044A  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP1
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (mittel)"
    VAL_BLK
    0x81046A
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x81046A  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP2
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (stark)"
    VAL_BLK
    0x81048A
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x81048A  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKIUNLP3
    "I-Anteil als f(abs(dwdkdlr_w)), unter NLP (stark)"
    VAL_BLK
    0x8104AA
    KwbUb
    15.94
    relDK_q0p0625
    0.00
    15.94

    FORMAT "%5.2"
    
    NUMBER 32
    /begin IF_DATA ETK  DP_BLOB 0x8104AA  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPONLP0
    "DLR, P-Parameter über NLP"
    VALUE
    0x8104CA
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP0
    "DLR, P-Parameter unter NLP (schwach)"
    VALUE
    0x8104CB
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP1
    "DLR, P-Parameter unter NLP (mittel)"
    VALUE
    0x8104CC
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP2
    "DLR, P-Parameter unter NLP (stark)"
    VALUE
    0x8104CD
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKPUNLP3
    "DLR, P-Parameter unter NLP (unverstärktes Poti)"
    VALUE
    0x8104CE
    KwUb
    255.0
    relDK_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKREIS
    "DLR, Faktor Kreisverstärkung"
    VALUE
    0x818AF2
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRKREISST
    "DLR, Faktor Kreisverstärkung zur Zeit des Motorstarts"
    VALUE
    0x818AF3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRNLPD
    "Unschärfebereich für DK-Notluftposition"
    VALUE
    0x813A6E
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID0T
    "Fehlerzeit für DLR-Stellbereich im Anschlag zur erweiterten Stellertauscherkenng"
    VALUE
    0x813A70
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID1T
    "zulässige Fehlerzeit 1 für DLR-Stellbereich am Anschlag"
    VALUE
    0x813A72
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPID2T
    "zulässige Fehlerzeit 2 für DLR-Stellbereich am Anschlag"
    VALUE
    0x813A74
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDMAX
    "max. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x813A76
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDMIN
    "min. zulässiges PWM-Tastverhältnis für DLR"
    VALUE
    0x813A78
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRPIDSTMN
    "min. Schwelle für PWM-Tastverhältnis des DLR bei temp. UMA-Adapt."
    VALUE
    0x813A0A
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUBSOLL
    "DLR, Batterie Normalspannung"
    VALUE
    0x818AF4
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUMABAND
    "Unsicherheitsband bei Sprung aus UMA-Bereich"
    VALUE
    0x813A7A
    KwUw
    4.882813
    relDK_q0p02441
    0.00
    4.882813

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLRUMAIINI
    "Vorladewert I-Anteil bei Sprung aus UMA-Bereich"
    VALUE
    0x813A7C
    KwSw
    12824.85
    rel_q0p1957
    -6412.524
    6412.329

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DLURMIN
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 1"
    CURVE
    0x81C73E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C73E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADFK
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase Fahrst.+Kompr."
    VALUE
    0x819F16
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADFS
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase mit Fahrstufe ein"
    VALUE
    0x819F17
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADKO
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase Kompr.ein"
    VALUE
    0x819F18
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADLL
    "Maximal adaptierbares Delta-Verlustmoment pro Adaptionsphase ohne Last"
    VALUE
    0x819F19
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNFK
    "Minimal adaptierbares Delta-Verlustmoment Fahrstufe eingelegt + Kompressor ein"
    VALUE
    0x819F1A
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNFS
    "Minimal adaptierbares Delta-Verlustmoment Fahrstufe eingelegt"
    VALUE
    0x819F1B
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNKO
    "Minimal adaptierbares Delta-Verlustmoment Klimakompressor ein"
    VALUE
    0x819F1C
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMNLL
    "Minimal adaptierbares Delta-Verlustmoment ohne Last"
    VALUE
    0x819F1D
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXFK
    "Maximal adaptierbares Delta-Verlustmoment Farstufe + Klimakompressor ein"
    VALUE
    0x819F1E
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXFS
    "Maximal adaptierbares Delta-Verlustmoment Farstufe ein"
    VALUE
    0x819F1F
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F1F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXKO
    "Maximal adaptierbares Delta-Verlustmoment Klimakompressor ein"
    VALUE
    0x819F20
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F20  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMADMXLL
    "Maximal adaptierbares Delta-Verlustmoment ohne Last"
    VALUE
    0x819F21
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F21  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMARMX
    "Maximalbegrenzung des stationären Momenteneingriffs der Antiruckelfunktion"
    CURVE
    0x8294AC
    KlAUbSstUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294AC  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMASGNG
    "D-Anteil (Luftpfad)"
    CURVE
    0x8162D0
    KlASwSstSwWSw
    7.999878
    relnmot_q0p000122
    -4.000000
    3.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162D0  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnabsak_w
        nmot_uw_q0p25
        5
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMAUFN
    "Delta-Moment Aufregelung nach Drehmomenteingriff"
    CURVE
    0x82BAFC
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BAFC  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDGENAB
    "Änderung: Faktor Generatormoment"
    VALUE
    0x819F63
    KwSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDHFS
    "Gradient für Moment Frontscheibenheizung"
    VALUE
    0x819F64
    KwUb
    4.980
    rel_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDLWS
    "Lenkhilfelastmoment"
    CURVE
    0x829420
    KlAUwSstSwWUw
    49.99924
    rel_q0p7629Em3
    0.00
    49.99924

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829420  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lws_w
        lw_sw_q0p04375
        2
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDNSM
    "Delta Moment zur Nachstartkompensation"
    CURVE
    0x81A245
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A245  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDPOZ
    "Schwelle für Umschaltung auf gefiltertes Moment vor Dashpot-Auslösung"
    VALUE
    0x8158BE
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDPUG
    "delta Moment Dashpotende"
    CURVE
    0x8158C0
    KlAUwSstSwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158C0  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDRKO
    "Momentenreserve für AC-Kompressor"
    VALUE
    0x819F65
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWANMX
    "Begrenzung des Wandlermoments für Sicherheitskonzept"
    VALUE
    0x810F9D
    KwUb
    100.0
    rel_q0p392
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWHYS
    "Hysterese für Bildung D-Anteil-Wandlermoment"
    VALUE
    0x810F9E
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMDWM
    "D-Anteil Wandlermoment bei Einlegen der Fahrstufe"
    CURVE
    0x819F24
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F24  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMGN
    "Begrenzung des Generatormoments für Sicherheitskonzept"
    VALUE
    0x819F66
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIASGE
    "Deltamoment Abschaltung Drehzahlreglereingriff"
    VALUE
    0x8162E6
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIASGV
    "Offset für Hysterese zur Erkennung ASG Momentenreduktion/erhöhung"
    VALUE
    0x829B94
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIFLSD
    "Delta-Moment für Initialisierung Filter Lastschlagdämpfung"
    VALUE
    0x8158E2
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIOWLSD
    "Delta Moment für Initialisierung Lastschlagdämpfung bei offener Wandlerkupplung"
    CURVE
    0x829662
    FklWSw
    99.99847
    rel_sw_b50
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829662  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangist
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMIZWMN
    "Offset auf indiziertes Motormoment bei spätestem Zündwinkel und ASR-Eingriff"
    VALUE
    0x811370
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811370  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMKO
    "Begrenzung des Kompressormoments für Sicherheitskonzept"
    VALUE
    0x819F67
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEFN
    "Schwelle Luftmassenstrom unplausibel für Erkennung Fehler in DTEV"
    VALUE
    0x82A72C
    KwSw
    2.000000
    m_q0p0031
    -2.000000
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A72C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEFX
    "Luftmassenschwelle für Erkennung TEV defekt nicht mehr nötig"
    VALUE
    0x82A72E
    KwSw
    3.025000
    m_q0p0031
    0.00
    3.025000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A72E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEMN
    "Untere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in DTEV"
    VALUE
    0x82A730
    KwSw
    2.000000
    m_q0p0031
    -2.000000
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A730  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLDTEMX
    "Obere Schwelle für Erkennung Luftmassenstrom unplausibel für Auswertung in DTEV"
    VALUE
    0x82A732
    KwSw
    2.000000
    m_q0p0031
    0.00
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A732  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLFS
    "Begrenzung des Lüftermoments für Sicherheitskonzept"
    VALUE
    0x819F68
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLNGEZ
    "LLR: D-Verstärkung abh. von ngasf für Luftpfad"
    MAP
    0x81578E
    KfAxUbAyUbSstxSwSstyUbWSw
    199.9841
    rel_q0p00305
    -99.99360
    99.99055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81578E  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngasf_w
        nmotg_sw_q0p39
        6
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLNGEZV
    "LLR: D-Verstärkung abh. von ngasf für Luftpfad"
    MAP
    0x8157D0
    KfAxUbAyUbSstxSwSstyUbWSw
    199.9841
    rel_q0p00305
    -99.99360
    99.99055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8157D0  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngasf_w
        nmotg_sw_q0p39
        6
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRLMNN
    "Untere Begrenzung für dmllrl"
    CURVE
    0x810EAE
    GklWSb
    50.00
    rel_sb_q0p39
    -50.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EAE  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRLMXN
    "Sicherheitskonzept: obere Begrenzung für dmllrl"
    CURVE
    0x810EB4
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EB4  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMNN
    "Untere Begrenzung für dmllr_w"
    CURVE
    0x810EBA
    GklWSb
    50.00
    rel_sb_q0p39
    -50.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EBA  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMNNK
    "Untere Begrenzung für dmllr_w im Kurztrip"
    CURVE
    0x810EC0
    GklWSb
    50.00
    rel_sb_q0p39
    -50.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EC0  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMXN
    "Sicherheitskonzept: obere Begrenzung für dmllr"
    CURVE
    0x810EC6
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EC6  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLLRMXNK
    "Sicherheitskonzept: obere Begrenzung für dmllr im Kurztrip"
    CURVE
    0x810ECC
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ECC  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMLSDUG
    "Delta Moment Ende Lastschlagdämpfung"
    CURVE
    0x8158E4
    KlAUwSstSwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158E4  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRAA
    "allgemeine Momentenreserve Kurztrip"
    VALUE
    0x829B86
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRDNW
    "Momentenreserve für Diagnose Nockenwelle über Tester"
    VALUE
    0x82ADA4
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRESLL
    "LLR: Abbaugeschwindigkeit der erhöhten Drehmomentreserve"
    VALUE
    0x810FFF
    KwUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRESTM
    "Schrittweite zur Reduzierung der Momentenreserve nach Start"
    VALUE
    0x811000
    KwUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811000  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRFATE
    "Hysterese Hochlasterkennung"
    VALUE
    0x8191B6
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRFAWEN
    "Schwelle mrfa-Gradient für Deaktivierung PT1-Filter beim Wiedereinsetzen"
    CURVE
    0x829672
    KlAUwSstUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829672  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRKTD
    "Momentenreserve für Katalysatordiagnose"
    VALUE
    0x81E7B8
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRLASH
    "Momentenreserve für Diagnose Lambdasonden-Alterungsüberwachung hinter KAT"
    VALUE
    0x81E74C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E74C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRLSH
    "Momentenreserve für Diagnose Lambdasonden hinter KAT"
    VALUE
    0x81E720
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E720  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRLSV
    "Momentenreserve für Diagnose Lambdasonde vor Kat"
    VALUE
    0x81E856
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E856  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMRTMKI
    "Inkrement für Regelfaktor Momentenbegrenzung über Motortemperatur"
    VALUE
    0x81A2F6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSDRLTM
    "Delta-rl-Schwelle in Abhängigkeit von tmot für Sperre Bedingung B_dslmes"
    CURVE
    0x81B648
    KlAUbSstUbWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B648  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSERVL
    "Begrenzung des Moments der Servolenkung für Sicherheitskonzept"
    VALUE
    0x819F69
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F69  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSLP
    "Begrenzung des Moments der Sekundärluftpumpe für Sicherheitskonzept"
    VALUE
    0x819F6A
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F6A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSNTEMN
    "Minmale normierte Massenstromänderung TEV"
    VALUE
    0x82A734
    KwSw
    3281.700
    m_q0p1
    -5.000000
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A734  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSNTEMX
    "Maximale normierte Massenstromänderung TEV"
    VALUE
    0x82A736
    KwSw
    3274.700
    m_q0p1
    2.000000
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A736  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMSTES
    "Kennlinie maximale Zunahme Massenstrom Tankentlüftung"
    CURVE
    0x816C2A
    KlAUwSstUwWUw
    3276.800
    m_uw_q3p2
    0.00
    3276.800

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C2A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mstesoll_w
        m_uw_b25p6
        6
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMTSMN
    "Untere Regelschwelle Differenz Soll-Ist Motortemperatur"
    VALUE
    0x81AEC3
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMTSMX
    "Obere Regelschwelle Differenz Soll-Ist Motortemperatur"
    VALUE
    0x81AEC4
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMVERLMN
    "minimale Verlustmomentschwelle"
    VALUE
    0x8298EA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMVTEVDO
    "Schwelle Verlustadaption zur Unterscheidung min, max Fehler in DTEV"
    VALUE
    0x82A738
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A738  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRDL
    "Begrenzung bei max. Laufunruhe-Referenzwert-Änderung von dlurs"
    VALUE
    0x8136FE
    KwSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRFL
    "Begrenzung bei max. Filter-Laufunruhe-Referenzwert-Änderung"
    VALUE
    0x8136FC
    KwUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8136FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DMXRLU
    "Begrenzung bei max. Laufunruhe-Referenzwert-Änderung"
    VALUE
    0x813716
    KwSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813716  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DN10BURN
    "Minimaler Drehzahlanstieg für ""Verbrennnung erfolgt"""
    VALUE
    0x810BE5
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNABW
    "Drehzahldifferenz bei Motor abwürgen"
    VALUE
    0x813936
    KwSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813936  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNASNOT
    "Delta Drehzahlschwelle wegen Abwürgeschutz"
    VALUE
    0x8114C3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN0
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 0"
    CURVE
    0x814FF6
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FF6  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN1
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 1"
    CURVE
    0x815028
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x815028  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNBURN2
    "Minimaler Drehzahlanstieg für erkannte Verbrennung im Bereich 2"
    CURVE
    0x81505A
    KlAUwSstUwWUw
    4112.000
    nmot_uw_q0p25
    0.00
    4112.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81505A  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLRO
    "Maximale Drehzahlabweichung (Unterdrehzahl) für Diagnose LLR"
    VALUE
    0x81A0F4
    KwUb
    1270.
    nmot_ub_q10
    0.00
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDLLRU
    "Maximale Drehzahlabweichung (Überdrehzahl) für Diagnose LLR"
    VALUE
    0x81A0F5
    KwSb
    1280.
    nmot_ub_q10
    -1280.
    0.00

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDTEO
    "obere Nsoll-Nist-Schwelle für Abbruch Diagnose TEV"
    VALUE
    0x81A6A4
    KwSb
    200.0
    nmot_ub_q10
    0.00
    200.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNDTEU
    "lower Nsoll-Nist-Schwelle für Abbruch Diagnose TEV"
    VALUE
    0x81A6A5
    KwSb
    200.0
    nmot_ub_q10
    -200.0
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNFGRMX
    "Drehzahl-Differenz zu Maximaldrehzahl für FGR-Abschaltung"
    VALUE
    0x813B92
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNFILO
    "obere Schwelle für Gradient des Filterausgangs ndfil"
    VALUE
    0x8158A6
    KwSw
    8191.750
    nmot_sw_q0p25
    0.00
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNKOACC
    "Drehzahlhysterese  bei der A/C an Anfrage akzeptiert wird"
    VALUE
    0x81AE7E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLCAUVW
    "Verzögerung der CAN-Drehzahl-Ausgabe mit Leerlaufsolldrehzahl"
    VALUE
    0x813588
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813588  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLR
    "Drehzahlband oberhalb nstat für LLR-Freigabe"
    VALUE
    0x810E8E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLRES
    "LLR: Unterdrehzahlschwelle zur Erhöhung der Momentenreserve im LL"
    VALUE
    0x811001
    KwSb
    2550.
    nmotd_sb_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811001  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLRIST
    "Überdrehzahlschwelle für Integratorreset"
    VALUE
    0x810ED2
    KwSb
    2550.
    nmotd_sb_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ED2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLSNW
    "Delta Leerlaufsolldrehzahl zur Aktivierung der Nockenwellenfunktionalität"
    VALUE
    0x81A79C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNLLST
    "Drehzahlschwelle zum Deaktivieren der P-Verstärkung im Start"
    VALUE
    0x810ED3
    KwUb
    255.0
    nmot_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ED3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMAX
    "Zulässige Verminderung der Maximaldrehzahl pro Rechenschritt"
    VALUE
    0x8162B4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMAXH
    "Überschreitung der Maximaldrehzahl für Einspritzausblendung an allen Zylindern"
    VALUE
    0x815108
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815108  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMNI
    "Kleinstmöglicher Wert für dn beim I-Anteil"
    VALUE
    0x810ED4
    KwSb
    2550.
    nmotd_sb_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ED4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMOTFD
    "Dimensionierung des Drehzahlbandes zur Fehlerheilung"
    VALUE
    0x819B89
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNMZGEZW
    "Momentschwelle um zusätzlicher Getriebe-Zündwinkel-Eingriff zu beenden"
    VALUE
    0x8135CA
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNNSOL
    "Drehzahlschwelle für Solldrehzahländerung während DTEV"
    VALUE
    0x81A6A6
    KwUb
    200.0
    nmot_ub_q10
    0.00
    200.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSAH
    "Delta n SA high bezogen auf nWE"
    VALUE
    0x810E7F
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSAL
    "Delta n SA low bezogen auf nWE"
    VALUE
    0x810E80
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSALH
    "Delta n SA high bezogen auf nWE im Lerrlauf"
    VALUE
    0x810E81
    KwUb
    5080.
    nmot_ub_q40
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSATIP
    "Schubabschaltedrehzahlanhebung bei Tipgasse"
    VALUE
    0x810E82
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSIAB
    "Delta zwischen Soll- und Istdrehzahl für Abschaltung NMAX-Regelung"
    VALUE
    0x8162B6
    KwSw
    8191.750
    nmot_sw_q0p25
    0.00
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSKAZ
    "Offset für Drehzahlschwelle zur Abschaltung Zündung bei SKA"
    VALUE
    0x81510A
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81510A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSLL
    "Schubabschalte-Hysterese bei WE im Leerlauf"
    VALUE
    0x810E83
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSLLK
    "Schubabschalte-Hysterese bei WE im Leerlauf und geöffneter Kupplung"
    VALUE
    0x810E84
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSNFST
    "Drehzahlschwelle für nsol-Begrenzung im Start"
    VALUE
    0x819D6C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSNFX
    "Offset zur Bestimmung der oberen Grenze für die Solldrehzahlnachführung"
    VALUE
    0x819D6D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSNWNA
    "Offset für Solldrehzahlanhebung bei Nockenwellesteuerung"
    VALUE
    0x819D6E
    KwUb
    1280.
    nmot_ub_q10
    0.00
    1280.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNSYWMN
    "Drehzahlschwelle Synchronisationswunschdrehzahl"
    VALUE
    0x829B96
    KwSw
    16383.75
    nmot_uw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNTIPDYN
    "Einschaltschwelle Drehzahdynamik für Tip-In Offset auf spätesten Zündwinkel"
    VALUE
    0x811E4B
    KwSb
    25500.
    nmotg_sb_q100
    -12800.
    12700.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E4B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNVSA
    "Schubabschaltedrehzahlanhebung bei kleiner Geschwindigkeit"
    VALUE
    0x810E85
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNWEK
    "Delta n für WE bei Klima (AC)"
    VALUE
    0x810E86
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNWEOFF
    "Drehzahloffset zu nstat für nwe"
    VALUE
    0x810E87
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNWVSMN
    "Delta Nockenwellenverstellschwerpunkt Minimum"
    VALUE
    0x826A02
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DNZWMN
    "Drehzahloffset auf nstat für Abschalten des Tip-In ZW-Offsets"
    VALUE
    0x811E4C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E4C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBBG
    "Faktor Druckgradient am Beginn einer Bremsung"
    VALUE
    0x82BF52
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBSGV0
    "Faktor Druckgradient während Bremsung bei v=0"
    VALUE
    0x82BF54
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVBSGVS
    "Faktor Druckgradient während Bremsung bei v>Schwelle"
    VALUE
    0x82BF56
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEBG
    "Faktor Druckgradient am Ende einer Bremsung"
    VALUE
    0x82BF58
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEBGVS
    "Faktor Druckgradient am Ende einer Bremsung bei vfzg>Schwelle"
    VALUE
    0x82BF5A
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEVK
    "Faktor Druckgradient während Evakuierung des Bremskraftverstärkers"
    VALUE
    0x82BF5C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEVKEP
    "Fak. Druckgrad. während Evakuierung des Bremskraftverstärkers durch el. Pumpe"
    VALUE
    0x82BF5E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVEVKSP
    "Fak. Druckgrad. während Evakuierung des BKV durch Saugstrahlpumpe"
    VALUE
    0x82BF60
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVP
    "Druckdelta, das in der Zeit TDDBKVP evakuiert werden kann"
    VALUE
    0x82BF96
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVPMN
    "Toleranz von pubkv_w*FBKVP (min. Pump-Druck) und Toleranz Drucksensor im BKV"
    VALUE
    0x82BF98
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVSPS
    "Delta Druck zw. Sollbremskraftverstärkerdruck und Saugrohrdruck"
    VALUE
    0x82CE62
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVSTG
    "Faktor Druckgradient durch Undichtigkeit des Bremskraftverstärkers"
    VALUE
    0x82BF62
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKKPU
    "min. zuläs. Druckdiff. zw. pbkv und pu für Kompressorabschaltung"
    CURVE
    0x82CE64
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE64  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKNW
    "min. zuläs. Druckdiff. zw. pbkv und pu für NW-Umschaltung auf min. Überschneidun"
    CURVE
    0x82CE76
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE76  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKP
    "min. zuläs. Druckdif. zwischen BKV-Druck und pu für Pumpenansteuerung"
    CURVE
    0x82CE88
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE88  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUKPU
    "min. zuläs. Druckdif. zw. BKV-Druck und pu ohne Betät. der Bremse abh. von pu"
    CURVE
    0x82CE9A
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE9A  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        4
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPBKVUS
    "gewünschte Druckdifferenz zwischen Bremskraftverstärker und Umgebungsdruck"
    VALUE
    0x81B28E
    KwUb
    1275.
    p_ub_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPDSVLU
    "Delta Druckwert für Signalvergleich Ladedruck mit Umgebungsdruck"
    VALUE
    0x81F230
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F230  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPNEG
    "Quantisierungsschritt bei negativer Klimadruckänderung"
    VALUE
    0x81AEC5
    KwUb
    50.80
    p_q0p2
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPPOS
    "Quantisierungsschritt bei positiverKlimadruckänderung"
    VALUE
    0x81AEC6
    KwUb
    50.80
    p_q0p2
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPRHLSU
    "Relative Heizleistungsänderung (delta) pro Zeit während der Aufheizphase"
    VALUE
    0x829E54
    KwSw
    100.0000
    rel_q0p0061
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPSLV
    "minimale Druckdifferenz Sekundärluftventi"
    VALUE
    0x81831A
    KwUb
    1275.
    p_ub_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81831A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPUMDS
    "Offset: Umgebungsdruck bei Schleppmomentberechnung"
    VALUE
    0x8298EC
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DPUPVDK
    "Differenzdruck pu-pvdk"
    CURVE
    0x81F232
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F232  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBERMN
    "Minimaler überschüssiger Wärmestrom"
    VALUE
    0x81AEC7
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBERMX
    "Maximaler überschüssiger Wärmestrom"
    VALUE
    0x81AEC8
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DQUEBEW
    "Ersatzwert überschüssiger Wärmestrom"
    VALUE
    0x81AEC9
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRISIGH
    "Diagnoseschwelle Ri-Sonde für Signalunterbrechung hinter KAT"
    VALUE
    0x81E722
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E722  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLDYNU
    "drl-Schwellwert für te-Nachspritzer/Reduktion"
    VALUE
    0x813FF6
    KwSw
    767.9531
    rel_sw_q0p0234
    0.02343750
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLKRAN
    "Erkennungsschwelle Lastdynamik für Stationäradaption"
    CURVE
    0x828668
    GklWUw
    767.9766
    rel_uw_q0p0234
    0.00
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828668  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLKRSTMX
    "maximales drl im KR-stationär Betrieb"
    VALUE
    0x8153A2
    KwSw
    767.9766
    rel_sw_q0p0234
    0.00
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLKTDP
    "Schwelle für Laständerung in Kat-Diagnose"
    VALUE
    0x8189E9
    KwSb
    191.3
    rel_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLKTDPT
    "Schwelle für Laständerung in Kat-Diagnose bei Testeransteuerung"
    VALUE
    0x8189EA
    KwSb
    191.3
    rel_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMIN
    "Min. Füllungsänderung zur Auslösung eines Nachspritzers"
    VALUE
    0x813FF8
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMINDP
    "Offset auf rlmin für Abschaltung Dashpot"
    VALUE
    0x815906
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815906  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLMXW
    "Schwelle für Laständerung (16Bit)"
    VALUE
    0x81E858
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E858  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLA
    "Misfire Detection: Schwelle Lastdynamik für Ausblendung"
    CURVE
    0x81C94E
    GklWUw
    1535.977
    relNWU_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C94E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLMF
    "Schwelle delta rlsol für Medianfilter"
    VALUE
    0x814C1E
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLSOLST
    "Misfire Detection: Schwelle Lastdynamik für Ausblendung nach Start"
    VALUE
    0x81C95E
    KwUw
    1535.977
    relNWU_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C95E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DRLZGEZW
    "Füllungsschwelle um zusätzlicher Getriebe-Zündwinkel-Eingriff zu beenden"
    VALUE
    0x8135CC
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSLVFZMN
    "vfzg-Schwelle: Aktivieren Phase 4 durch B_ll-Bedingung"
    VALUE
    0x8183AC
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSTEMIN
    "Minimalwert für Weitertransport in Totzeitglied Gemischtransport"
    VALUE
    0x816C44
    KwUw
    0.9999695
    fak_uw_b2
    0.00
    0.9999695

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSUGRAD
    "Gradient für Drucksensor Umgebung"
    VALUE
    0x81F254
    KwUw
    1023.984
    dgrad_uw_q0p015
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F254  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DSUOFS
    "Offset Drucksensor Umgebung"
    VALUE
    0x81F256
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F256  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTABOVF
    "Schwelle delta Abstellzeit für Überlauferkennung"
    VALUE
    0x827B40
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTABUNPL
    "Schwelle Abstellzeit unplausibel"
    VALUE
    0x827B42
    KwUw
    65535.00
    DEZ
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAFIX
    "Delta TANS- Schwelle für unplausibel fixiertes Signal"
    VALUE
    0x819724
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819724  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTAHLL
    "Delta Ansauglufttemperatur für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x819D6F
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D6F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTATMSTOL
    "Delta  Ansauglufttemperatur zu Starttemperatur des Motors"
    VALUE
    0x81A89A
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTBTS
    "Temperaturhysterese für Bauteileschutz"
    VALUE
    0x827BE8
    KwUw
    1279.980
    temp_uw_q0p0195
    0.00
    1279.980

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTEPRU
    "delta-te-Schwelle fuer Nachspritzer-/ti-Reduktion erkannt"
    VALUE
    0x813FFA
    KwUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTIABS
    "Dti-Schwellwert für ersten Nachspritzer"
    VALUE
    0x813B4C
    KwUw
    209.5104
    tinjection_sy
    0.2016000
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTIREL
    "Dti-Schwellwert für zweiten Nachspritzer"
    VALUE
    0x8104D5
    KwUb
    98.44
    rel_ub_b99p6
    1.172
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKAMN
    "Untere Regelschwelle Differenz Soll-Ist Kühlwasseraustrittstemperatur"
    VALUE
    0x81AECA
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKAMX
    "Obere Regelschwelle Differenz Soll-Ist Kühlwasseraustrittstemperatur"
    VALUE
    0x81AECB
    KwSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKATMN
    "Hysterese Katalysatortemperaturregelschwelle für Kat warmhalten"
    VALUE
    0x819808
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819808  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKH
    "Betrag Differenztemperatur (tans-tmst) für Katheizen"
    VALUE
    0x819809
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819809  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKLSUSTA
    "Max. zulässige Temperaturabweichung vom Sollwert für Heizerstatus A"
    VALUE
    0x829E56
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTKLSUSTB
    "Max. zulässige Temperaturabweichung vom Sollwert für Heizerstatus B"
    VALUE
    0x829E58
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMABDTMN
    "Min. Differenz Motortemperatur zwischen Abstellen und Neustart für Diagnose TMOT"
    VALUE
    0x81976A
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMABKH
    "Temperaturdifferenz zwischen Abstellen und Neustart für Freigabe Katheizen"
    VALUE
    0x81980A
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81980A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMABSTOL
    "Delta  Motortemperatur nach Abstellen zu Start des Motors"
    VALUE
    0x81A89B
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDMA
    "Abstand Motortemperaturmodell zur Starttemperatur"
    VALUE
    0x81976B
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDNPO
    "Abstand Motortemperaturmodell zur oberen Unplausibilitätsschwelle"
    VALUE
    0x81976C
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDSLA
    "Temperaturdifferenz zwischen Abstellen und Neustart für Zusatzdiagnose"
    VALUE
    0x8183AD
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMDZG
    "Schwelle Motortemperatur-Differenz für Erkennung Delta zu groß zw. Messwerten"
    VALUE
    0x81976D
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMHLL
    "Delta Motortemperatur für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x819D70
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMIBG
    "Delta Temperatur für Hysterese Breite"
    VALUE
    0x81A2F7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMKI
    "Sicherheitsoffset zwischen Kühlmitteltemperatur aus Kombiinstrument und tmot"
    VALUE
    0x8197EE
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMR
    "Hysterese für Einschaltschwelle"
    VALUE
    0x811C56
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C56  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMRESDZG
    "Schwelle Motortemperatursignal-Differenz für Rücksetzen Bed. Delta zu groß"
    VALUE
    0x81976E
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMSRT
    "Delta Motortemp.zu Starttemp. f.Retrigg. Modelle (Blockheater-Erkennung)"
    VALUE
    0x81976F
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81976F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMSRUHOT
    "Delta-tmot-Schwelle für Umschaltung auf KFSUHOT"
    VALUE
    0x818D08
    KwUb
    191.3
    temp_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818D08  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMTATUM
    "Delta Motor-/Ansauglufttemperatur für Kaltstarterkennung"
    VALUE
    0x81946C
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMTOLOFF
    "Delta  Motortemperatur für Initialisierung Öltemperaturberechnung"
    VALUE
    0x81A89C
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTMWUC
    "Delta Motortemperaturschwelle für Erfüllung 'warm up cycle'"
    VALUE
    0x81027F
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81027F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOELKNWHA
    "Hysterese für Öltemperatursschwelle"
    VALUE
    0x82C002
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C002  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTOELNW
    "Delta-Öltemperatur für die Rückwärtsadaption (LL-Drehzahlanhebung mit NW)"
    VALUE
    0x827FBE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTSDRL
    "Laständerungsgradientenschwelle für Lastdynamikauslösung"
    VALUE
    0x816EDC
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DTUMTAT
    "Offset Ansauglufttemperatur -> Umgebungstemperatur"
    VALUE
    0x818652
    KwUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818652  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUBZS
    "Spannungsversatz zwischen SG und ZS"
    VALUE
    0x81ACDF
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKNLPO
    "Toleranzband für NLP nach oben (inkl. Rü)"
    VALUE
    0x813A0C
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKNLPU
    "Toleranzband für NLP nach unten"
    VALUE
    0x813A0E
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKP1HY
    "Offset für Hysterese bei Umschaltung auf verstärktes Signal von DK-Poti 1"
    VALUE
    0x813A06
    KwUw
    79.99878
    spg_uw_q0p001222
    0.00
    79.99878

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUDKPTMP
    "Delta eines Rampenschrittes bei der temp. UMA-Adaption"
    VALUE
    0x81040A
    KwUb
    0.3064
    spg_q1p221_mV
    0.004883
    0.3113

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUF_T
    "Zeit fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    VALUE
    0x811BFA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUKK
    "Schwelle für Kurzzeitanteil"
    VALUE
    0x81511A
    KwSw
    3071.953
    rel_sw_q0p0468
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81511A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPW12KD
    "Maximal zulässige Differenz der PWG-Poti-Spannungen beim Kick-Down-Lernen"
    VALUE
    0x8139F2
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWGHY
    "Spannungshysterese bei Entjitterung der PWG-Spannung"
    VALUE
    0x8139E4
    KwUw
    4.995117
    spg_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWGLKD
    "Maximal zulässige Änderung der PWG-Poti-Spannung während KD-Abspeicherung"
    VALUE
    0x8139F4
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWGVPE
    "Maximal zulässige Änderung der PWG-Poti-Spannung nach Verdacht auf PWG-Fehler"
    VALUE
    0x8139E6
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDLB
    "Mindestüberschreitung des gespeicherten KD-Werts für KD-Lernen im Betrieb"
    VALUE
    0x8139F6
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDO
    "Delta PWG-Poti-Spannung zum Setzen der Kick-Down-Information"
    VALUE
    0x8139F8
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUPWKDU
    "Delta PWG-Poti-Spannung zum Rücksetzen der Kick-Down-Information"
    VALUE
    0x8139FA
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DURINLSU
    "maximal zulässige Spannungsänderung für Berechnung rinlsu_w"
    VALUE
    0x8165B0
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DURNPRST_A
    "Schwelle für Speicherung Fehlertyp B_npurrst in Diagnose Rechnerüberwachung Rese"
    VALUE
    0x811BFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUSHKHZK
    "Schwelle für Delta Sondensspg. zur Überpr. Heizereinkoppl. auf Sondensig. h. KAT"
    VALUE
    0x813980
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813980  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUSRIH
    "Delta Sondenspannung hinter Kat zwischen Neu-und Altwert  für Ri-Messung"
    VALUE
    0x813988
    KwSw
    319.9951
    spg_sw_q0p00488
    -160.0000
    159.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813988  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DUSSPH
    "Delta Sondensp. hinter Kat zwischen Neu-und 2 Altwerten für Sonden Sprungmessung"
    VALUE
    0x81398A
    KwSw
    319.9951
    spg_sw_q0p00488
    -160.0000
    159.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81398A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVEEST
    "Zeit für Heilungsversuch der DV-E-Endstufe"
    VALUE
    0x8104CF
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZAR
    "Hysterese fuer Geschwindigkeitsschwelle bei AR"
    VALUE
    0x8110A9
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVFZBEG
    "Delta-Geschwindigkeit für Änderungsbegrenzung"
    VALUE
    0x8139CE
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVIVZMX
    "Max. zul. Abweichung zw. Istgeschw. und Zielgeschw. bei FGR-Konstantfahrt"
    VALUE
    0x813B94
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVIVZTMX
    "Maximales Delta zw. Ist- und Zielgeschw. für Tip-Erlaubnis"
    VALUE
    0x81E9EC
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVLLVO
    "Delta Geschwindigkeit für Rücksetzen Leerlauf-Verbot vom FGR"
    VALUE
    0x81EAB8
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVLLVU
    "Delta Geschwindigkeit für Setzen Leerlauf-Verbot vom FGR"
    VALUE
    0x81EABA
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EABA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVMAXFGR
    "Abstand zwischen VMAX-Regelung und FGR-Regelung"
    VALUE
    0x81E9EE
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVMAXTOM
    "Zulässige Änderung von vmaxtom_w pro Rechenschritt nach unten"
    VALUE
    0x829ADC
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ADC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVNG
    "LLR: D-Verstärkung abh. von ngfil bei stehendem Fahrzeug"
    CURVE
    0x810ED5
    GklWUb
    0.1245
    rel_qn0p000488
    -0.1245
    0.00

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ED5  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ngfil
        nmotg_sb_q100
        6
        -12800.
        12700.

        FORMAT "%5.0"

        AXIS_PTS_REF SNG06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVNGV
    "LLR: D-Verstärkung abh. von ngfil bei rollendem Fahrzeug"
    CURVE
    0x810EDB
    GklWUb
    0.1245
    rel_qn0p000488
    -0.1245
    0.00

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EDB  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ngfil
        nmotg_sb_q100
        6
        -12800.
        12700.

        FORMAT "%5.0"

        AXIS_PTS_REF SNG06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVOVRMX
    "Max. zul. Abweichung zw. Ziel- und Istgeschw. bei Überreiten durch Fahrer"
    VALUE
    0x81E9B4
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVRAMPMX
    "maximale Geschwindigkeitsdifferenz für  FGR-Sollgeschw.-Rampung"
    VALUE
    0x81E9F0
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSA
    "delta Geschwindigkeitsschwelle für SA-Drehzahlanhebung"
    VALUE
    0x810E88
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSAVO
    "Delta Geschwindigkeit für Rücksetzen Schubabschalteverbot vom FGR"
    VALUE
    0x81EABC
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EABC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSAVU
    "Delta Geschwindigkeit für Setzen Schubabschalteverbot vom FGR"
    VALUE
    0x81EABE
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EABE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSKNBGA
    "Delta Geschwindigkeit für Setzwertkorrektur nach Beschleunigen"
    CURVE
    0x81E9F2
    KlAUbSstUbWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9F2  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSKNVGA
    "Delta Geschwindigkeit für Setzwertkorrektur nach Verzögern"
    CURVE
    0x81EA0C
    KlAUbSstUbWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA0C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSWKB
    "Maximal zulässige Änderung der Zielgeschwindigkeit nach Beschleunigung"
    VALUE
    0x81EA26
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVSWKV
    "Maximal zulässige Änderung der Zielgeschwindigkeit nach Verzögerung"
    VALUE
    0x81EA28
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVTIPUD
    "Änderung der Zielgeschwindigkeit bei Tip-Up oder Tip-Down"
    VALUE
    0x81EA2A
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVIMX
    "Max. zul. Abweichung zw. Zielgeschw. und Istgeschw. bei FGR-Konstantfahrt"
    VALUE
    0x813B96
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVITMX
    "Maximales Delta zw. Ziel- und Istgeschw. für Tip-Erlaubnis"
    VALUE
    0x81EA2C
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DVZVIWA
    "Delta zw. Ziel- und Istgeschw. für Übergang von Konstantfahrt in Wiederaufnahme"
    VALUE
    0x81EA2E
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK12O
    "Maximal zulässige Abweichung zwischen den DK-Winkeln aus Poti 1 und 2"
    VALUE
    0x810328
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810328  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK13O
    "Maximal zulässige Abweichung zwischen DK-Winkel aus Poti 1 und Ersatzwert"
    VALUE
    0x810329
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810329  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDK23O
    "Maximal zulässige Abweichung zwischen DK-Winkel aus Poti 2 und Ersatzwert"
    VALUE
    0x81032A
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDKSBAMX
    "max. Soll-/Ist-DK-Winkel-Abweichung als f(dwdks)"
    CURVE
    0x813A7E
    KlAUwSstUwWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A7E  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gwdk_kge
        relDK_q0p00152
        5
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWDKSIKLS
    "Schwelle zur Aktivierung des I-Kleinanteils"
    VALUE
    0x813A94
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWEEAMX
    "maximal zulässige Abnahme Winkel Einspritzende pro Synchro"
    VALUE
    0x810ABC
    KwUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ABC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWEEMX
    "maximal zulässige Zunahme Winkel Einspritzende pro Synchro"
    VALUE
    0x810ABD
    KwUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ABD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWKRMSN
    "delta Winkel KR Abstand zur gemittelten Spätverstellung"
    CURVE
    0x819A70
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A70  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWLLPED
    "Hysterese der Leergasschwelle des normierten Fahrpedalwinkels wpedv_w"
    VALUE
    0x81358A
    KwUw
    99.99847
    relPED_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81358A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNRFPT
    "Totzone für Sollwinkeländerung über P-Anteil"
    VALUE
    0x82ADAA
    KwSw
    511.9922
    kw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNSRFIX
    "min Abweichung Nockenwellenposition für maximale Füllung zur Freigabe DK-Restweg"
    VALUE
    0x82ADAC
    KwSw
    511.9922
    kw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWABGA
    "Max-Winkel zur Berechnung der Sollwertänderungsbegrenzung Auslass Nockenwelle"
    CURVE
    0x82C004
    GklWUw
    511.9922
    kw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C004  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NWUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWABGE
    "Max-Winkel zur Berechnung der Sollwertänderungsbegrenzung Einlass Nockenwelle"
    CURVE
    0x82ADB8
    GklWUw
    511.9922
    kw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB8  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NWUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWADRPA
    "Max. Abweichung Nockenwellenpos. von Referenzpos. für Adaptionsfreigabe Auslass"
    VALUE
    0x82AD5A
    KwSw
    255.9922
    kw_sw_q0p0078
    0.00
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWADRPE
    "Max. Abweichung Nockenwellenpos. von Referenzpos. für Adaptionsfreigabe Einlass"
    VALUE
    0x82AD5C
    KwSw
    255.9922
    kw_sw_q0p0078
    0.00
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWAMXA
    "Max-Winkel zur Abschaltung der Sollwertänderungsbegrenzung Auslass Nockenwelle"
    CURVE
    0x82C00E
    GklWUw
    511.9922
    kw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C00E  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NWUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWAMXE
    "Max-Winkel zur Abschaltung der Sollwertänderungsbegrenzung Einlass Nockenwelle"
    CURVE
    0x816CBA
    GklWUw
    511.9922
    kw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CBA  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NWUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWASMX
    "Toleranzband am Endanschlag für ""Winkelabweichung der NW erkannt"""
    VALUE
    0x827FC0
    KwUw
    60.09375
    kw_uw_q0p0078
    0.00
    60.09375

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWDHYSA
    "Hysterese Abweichung Nockenwellenposition für Fehleraustrag Auslaß"
    VALUE
    0x82B9C4
    KwUw
    255.0000
    kw_uw_q0p0078
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWDHYSE
    "Hysterese Abweichung Nockenwellenposition für Fehleraustrag Einlass"
    VALUE
    0x82B90C
    KwUw
    255.0000
    kw_uw_q0p0078
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B90C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWESTPA
    "Winkelabweichung Einlaßnockenwelle für Verstellstopp Auslaß NW"
    MAP
    0x82AD68
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD68  0x3C  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NWUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        toelk_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO06NWUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWLLMXA
    "zulässige Winkelabweichung des Sollwinkels zum Ist-Winkel, ab der die Funk.aktiv"
    VALUE
    0x827FC2
    KwUw
    60.09375
    kw_uw_q0p0078
    0.00
    60.09375

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSBGLA
    "Schwelle Umschalten auf Zeitkonstante für Sollwertänderungsbegr. Auslaß"
    VALUE
    0x816D06
    KwUw
    255.8984
    kw_q0p0078
    0.00
    255.8984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSBGLE
    "Schwelle Umschalten auf Zeitkonstante für Sollwertänderungsbegr. Einlaß"
    VALUE
    0x816CC4
    KwUw
    511.9922
    kw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSHKA
    "Maximaler Winkel für Schüttelhub Auslaßnockenwelle"
    VALUE
    0x816C8A
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSHKE
    "Maximaler Winkel für Schüttelhub Einlaßnockenwelle"
    VALUE
    0x816C8C
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSKA
    "Sollwinkelabweichung für Abbruch Phasenflankenadaption Auslaßnockenwelle"
    VALUE
    0x82AD5E
    KwSw
    255.9922
    kw_sw_q0p0078
    0.00
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSKE
    "Sollwinkelabweichung für Abbruch Phasenflankenadaption Einlaßnockenwelle"
    VALUE
    0x82AD60
    KwSw
    255.9922
    kw_sw_q0p0078
    0.00
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSTPA
    "max Positionsabweichung für Beginn Gleichlauf 2 Bank NW-Verstellung Auslaß"
    VALUE
    0x816C8E
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSTPE
    "max Positionsabweichung für Beginn Gleichlauf 2 Bank NW-Verstellung Einlaß"
    VALUE
    0x816C90
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSTPEA
    "max Positionsabweichung für Ende Gleichlauf 2 Bank NW-Verstellung Auslaß"
    VALUE
    0x816C92
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSTPEE
    "max Positionsabweichung für Ende Gleichlauf 2 Bank NW-Verstellung Einlaß"
    VALUE
    0x816C94
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSVPA
    "Sollwinkelbereich bei dem Verriegelunsposition sicher verlassen ist Auslaß-NW"
    VALUE
    0x816C96
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWSVPE
    "Sollwinkelbereich bei dem Verriegelunsposition sicher verlassen ist Einlaß-NW"
    VALUE
    0x816C98
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWVPA
    "Winkelbereich Langloch der Verriegelunsposition  Auslaßnockenwelle"
    VALUE
    0x816C9A
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWVPE
    "Winkelbereich Langloch der Verriegelunsposition  Einlaßnockenwelle"
    VALUE
    0x816C9C
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWNWVSA
    "Winkelbereich für sichere Verriegelung der Nockenwelle Auslaß"
    VALUE
    0x816C9E
    KwSw
    512.0000
    kw_sw_q0p0078
    -256.0000
    256.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPEDKOB
    "Gradient des norm. Fahrpedalwinkels für KOS-Ausschalten"
    VALUE
    0x81AE7F
    KwSb
    49.61
    rel_sb_q0p39
    0.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPEDSP
    "Gradientenschwelle: Abschaltbedingung"
    VALUE
    0x81AE80
    KwSb
    99.21
    rel_sb_q0p39
    -49.61
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPMXNB
    "Maximal zulässige Pedalwerterhöhung pro Rechenschritt nach Bremsbetätigung"
    VALUE
    0x8139E8
    KwUw
    100.0000
    relPED_q0p00153
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPMXNOT
    "Maximal zulässige Pedalwerterhöhung pro Rechenschritt im PWG-Ersatzbetrieb"
    VALUE
    0x8139EA
    KwUw
    100.0000
    relPED_q0p00153
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPOPBP
    "Pedalgradient zur Deaktivierung der PWG/Brems-Plaus."
    VALUE
    0x8139EC
    KwUw
    100.0000
    relPED_q0p00153
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPPBP
    "Pedalwerterniedrigung pro Rechenschritt bei Plausibilität Bremse/PWG"
    VALUE
    0x8139EE
    KwUw
    100.0000
    relPED_q0p00153
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPR
    "Delta Prädiktionswinkel ohne Nachspritzer/ti-Reduktion"
    VALUE
    0x810AB7
    KwSb
    1530.
    kw_q6
    -768.0
    762.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DWPRNSP
    "Delta Prädiktionswinkel bei Nachspritzerfreigabe"
    VALUE
    0x810AB8
    KwSb
    1530.
    kw_q6
    -768.0
    762.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYADMXN
    "Max. Wert des add. Dynamikvorhalts"
    CURVE
    0x8153AA
    FklWUw
    49151.25
    zw_uw_qn0p75
    -49151.25
    0.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153AA  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        stuetz
        dez
        5
        0.00
        4.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  5

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYADS
    "Add. Spätverstellung pro Zyk. durch lern. Dyn."
    VALUE
    0x810DC5
    KwUb
    24.00
    zw_ub_qn0p75
    -24.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAFVS
    "Stufenhöhe für Abregelung des Dynamikvorhalts"
    VALUE
    0x810DC6
    KwUb
    20.25
    zw_ub_q0p75
    0.00
    20.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAMNV
    "Min. Wert des add. Dynamikvorhalts"
    VALUE
    0x810DC7
    KwUb
    24.00
    zw_ub_qn0p75
    -24.00
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYAVF
    "Abregelkonstante für Dynamikvorhalt"
    VALUE
    0x810DC8
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUFA
    "Grenzwert für LSU-Dynamik bei Kurztest"
    VALUE
    0x81E85A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E85A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUMX
    "Grenzwert für LSU-Dynamik"
    VALUE
    0x81E85C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E85C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSURD
    "reduzierter Grenzwert für LSU-Dynamik"
    VALUE
    0x81E85E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E85E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUTO
    "obere Grenze für dynlsusa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E26
    KwUb
    4.980
    fak_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNLSUTU
    "untere Grenze für dynlsusa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E27
    KwUb
    4.980
    fak_q0p0195
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DYNMXNL
    "Schwellwert für Dynamikbewertung -> hohe Dynamik"
    VALUE
    0x813978
    KwUw
    40000.00
    t5usxus_q5
    0.00
    40000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813978  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPHL
    "Zähldauer des Entprellzählers Heilung"
    VALUE
    0x8104E7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPKSMS
    "Zähldauer des Entprellzählers KS nach Masse"
    VALUE
    0x8104E8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPKSUB
    "Zähldauer des Entprellzählers KS nach Ub"
    VALUE
    0x8104E9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZUPSIG
    "Zähldauer des Entprellzählers Leitungsabfall"
    VALUE
    0x8104EA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWAML
    "Auf/Abregelgeschwindigkeit zwischen den Begrenzungskennfeldern"
    CURVE
    0x82BB1E
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB1E  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        2
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWDYN
    "Frühverschiebung des Brenngrenzenzündwinkels bei Tip-In"
    CURVE
    0x81A9FA
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9FA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWETA
    "Deltazündwinkel aus Wirkungsgrad"
    CURVE
    0x811D81
    FklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D81  0xC9  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        etazws
        rel_ub_b127p5
        201
        0.00
        100.0

        FORMAT "%5.1"
        FIX_AXIS_PAR 0  0  201

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWLB
    "Ladungsbewegungsabhängigkeit des optimalen Zündwinkel bezogen auf Lambda 1"
    CURVE
    0x811157
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811157  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wnwe_w
        kw_q0p0078
        7
        -256.0000
        255.9922

        FORMAT "%8.4"

        AXIS_PTS_REF SWE07OPSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWOLA
    "Lambda-Abhängigkeit des optimalen Zündwinkels bezogen auf Lambda 1"
    CURVE
    0x81115E
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81115E  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lambas_w
        fak_uw_b16
        9
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLA09OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWRRI
    "Restgasabhängigkeit des optimalen Zündwinkels bezogen auf Lambda 1"
    CURVE
    0x811167
    GklWSb
    95.63
    zw_sb_q0p3735
    -48.00
    47.63

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811167  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rri_w
        rel_uw_b100
        7
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SRR07OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWSPM
    "Delta spätester Zündwinkel abhängig von Motortemperatur"
    CURVE
    0x81AA02
    GklWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA02  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWSTTA
    "Delta Zündwinkel im Start (VVT)"
    CURVE
    0x82BC24
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC24  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZWTIN
    "delta-Zündwinkel bei Tip in"
    CURVE
    0x8153B4
    KlAUwSstSwWUw
    20.25000
    zw_uw_qn0p75
    -20.25000
    0.00

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153B4  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZW_AOG
    "oberer Grenzwert Anpassung Zündwinkel additiv"
    VALUE
    0x810DDA
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZW_AUG
    "unterer Grenzwert Anpassung Zündwinkel additiv"
    VALUE
    0x810DDB
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZZST
    "Anzahl Zähne bei Zahnunterdrückung im Start"
    VALUE
    0x8102A1
    KwUb
    254.0
    dez
    0.00
    254.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZZST2
    "Anzahl der Entprellzähne für zweiten Phasengeber im Start"
    VALUE
    0x8102A2
    KwUb
    254.0
    dez
    0.00
    254.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    DZZSTNLP
    "Anzahl der Entprellzähne bei Notlauf-Phasengeber"
    VALUE
    0x8102A3
    KwUb
    254.0
    dez
    0.00
    254.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBEN
    "Bypass-Hauptschalter"
    VALUE
    0x810285
    KwUb
    255.0
    default
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810285  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBMISS_T
    "if more messages are missing, the bypass communication is switched off"
    VALUE
    0x81392A
    KwUw
    65535.00
    default
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81392A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EBMISS_Y
    "if more messages are missing, the bypass communication is switched off"
    VALUE
    0x81392C
    KwUw
    65535.00
    default
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81392C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EDNWA
    "Regelabweichungsdifferenz der NW, Schwellwert (Auslaß)"
    VALUE
    0x811D62
    KwUb
    15.94
    kw_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EDNWE
    "Regelabweichungsdifferenz der NW, Schwellwert, Einlaß"
    VALUE
    0x811CFB
    KwUb
    15.94
    kw_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EGSTDEC
    "Zeitliche Begrenzung Reduktionsmoment Getriebe"
    VALUE
    0x81A357
    KwSb
    255.0
    dez
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A357  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENSAKHG
    "Freigabe Schubabschalten bei Katheizen gangabhaengig"
    VALUE
    0x810E89
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENSUKHG
    "Freigabe Saugrohrumschaltung gangabhaengig"
    VALUE
    0x818D09
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818D09  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENTDKLL
    "Entjitterschwelle (Ink) für DK-Sollwert im Leerlauf (B_ll)"
    VALUE
    0x810976
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810976  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ENTDKNLL
    "Entjitterschwelle (Ink) für DK-Sollwert außerhalb Leerlauf (!B_ll)"
    VALUE
    0x810977
    KwUb
    20.00
    dez
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810977  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ESKONF
    "Konfiguration Endstufen"
    VAL_BLK
    0x8104DA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 13
    /begin IF_DATA ETK  DP_BLOB 0x8104DA  0xD  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETADZW
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW"
    CURVE
    0x81116E
    FklWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81116E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dzwb
        zw_ub_q0p75
        128
        0.00
        95.25

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  128

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETALAM
    "Lambda-Wirkungsgrad"
    CURVE
    0x8111EE
    GklWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8111EE  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lambas_w
        fak_uw_b16
        9
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLA09OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETALB
    "Ladungsbewegung-Wirkungsgrad"
    CURVE
    0x8111F7
    GklWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8111F7  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wnwe_w
        kw_q0p0078
        7
        -256.0000
        255.9922

        FORMAT "%8.4"

        AXIS_PTS_REF SWE07OPSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETARRI
    "Restgas-Wirkungsgrad"
    CURVE
    0x8111FE
    GklWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8111FE  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rri_w
        rel_uw_b100
        7
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SRR07OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETAZWTEN
    "minimale Zündwinkelwirkungsgrad Schwelle für DTEV"
    VALUE
    0x81A6A7
    KwUb
    60.00
    rel_ub_b127p5
    0.00
    60.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETRIMN
    "Minimaler I-Anteil Tastverhältnis zur Ansteuerung elektr. Thermostatventil"
    VALUE
    0x81AECC
    KwSb
    199.2
    rel_sb_b100
    -100.0
    99.22

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ETRIMX
    "Maximaler I-Anteil Tastverhältnis zur Ansteuerung elektr. Thermostatventil"
    VALUE
    0x81AECD
    KwSb
    199.2
    rel_sb_b100
    -100.0
    99.22

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EVTMODMNDK
    "min. Temperatur bei der Offset nicht zu DK-Kennlinie bei nmot=0 addiert wird"
    VALUE
    0x810972
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810972  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    EVTMODO
    "Offset für evtmod abhängig von gefilterter Motortemperatur"
    CURVE
    0x818B95
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B95  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotfil
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    F10SAMP
    "Faktor für Mittelwertbildung für Segmentlänge < 10"
    VALUE
    0x811BFE
    KwUb
    10.00
    grd_q1_ms
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    F5SAMP
    "Faktor für Mittelwertbildung für Segmentlänge < 5"
    VALUE
    0x811BFF
    KwUb
    10.00
    grd_q1_ms
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FABMDWA
    "Faktor zur Absteuerung des Wandlermoments abhängig von nturb/nsol"
    CURVE
    0x810F9F
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9F  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qntns
        fak_ub_b8
        6
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FABSALU
    "Abregelfaktor Beschleunigungssignal bei Schlechtwegstrecken-Erkennung"
    VALUE
    0x810274
    KwUb
    553.4
    accgrd_ub_b555p55
    0.00
    553.4

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810274  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FABSTT
    "Faktor Abstellzeit für Modelltemperatur"
    CURVE
    0x827D5E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D5E  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        5
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FAINTEN
    "Anzahl Intervalle zur Freigabe Ti - Abschaltung"
    VALUE
    0x818626
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818626  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FARIN
    "Umrechnungsfaktor für Innenwiderstand Nernstzelle LSU"
    VALUE
    0x8165B2
    KwUw
    1023.984
    rpspg_q0p0156
    0.00
    1023.984

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FASKIV1
    "Faktor für Verlängerung 1. KAT-Intervall, Aussetzererkennung"
    VALUE
    0x81023C
    KwUb
    4.000
    dez
    1.000
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAHX
    "Faktor Wärmeverlust an Wand am LSU-Sechskant"
    CURVE
    0x81E8DE
    KlAUbSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8DE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabikr_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMAHX2
    "Faktor Wärmeverlust an Wand am LSU-Sechskant, Bank 2"
    CURVE
    0x81E900
    KlAUbSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E900  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabikr2_w
        m_uw_b6553p5
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMRML
    "Faktor fuer die Aufteilung Abgas-/Abgas-Rohrwandtemperatur"
    CURVE
    0x818653
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818653  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMRML2
    "Faktor fuer die Aufteilung Abgas-/Abgas-Rohrwandtemperatur Bank2"
    CURVE
    0x81865A
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81865A  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMTWHX
    "Reduktionsfaktor von Gastemperatur für Initialisierung Wandtemp. im LSU Sechskan"
    VALUE
    0x818AAC
    KwUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVHX
    "Wärmeverlust von Rohr am LSU-Sechskant an Umgebung durch Fahrtwind"
    CURVE
    0x81E922
    KlAUbSstUwWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E922  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATMVHX2
    "Wärmeverlust von Rohr am LSU-Sechskant an Umgebung durch Fahrtwind, Bank 2"
    CURVE
    0x81E940
    KlAUbSstUwWUw
    113.7760
    fak_q0p00174_JsK
    0.00
    113.7760

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E940  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        7
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATRKRML
    "Faktor fuer die Aufteilung Abgas-/Abgas-Rohrwandtemperatur im Krümmer"
    CURVE
    0x818661
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818661  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FATRKRML2
    "Faktor fuer die Aufteilung Abgas-/Abgas-Rohrwandtemperatur im Krümmer, Bank2"
    CURVE
    0x818668
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818668  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBA_AOG
    "oberer Grenzwert Anpassung Faktor BA"
    VALUE
    0x810DDC
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBA_AUG
    "unterer Grenzwert Anpassung Faktor BA"
    VALUE
    0x810DDD
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBKVP
    "Faktor zur Berechnung des min. Pumpdrucks abhängig von Umgebungsdruck"
    VALUE
    0x82BF64
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBSTABGM
    "Faktor Bauteileschutz abhängig von model. Abgastemperatur"
    CURVE
    0x827BEA
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BEA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabgbts_w
        temp_uw_q0p0195_o50
        4
        -50.00000
        1229.980

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBSTMOT
    "Offset Bauteileschutz abhängig von Motor-Temperatur"
    CURVE
    0x827BFC
    KlAUbSstUbWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BFC  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBTEB
    "Faktor Begrenzung Lerngeschwindigkeit für Beladung"
    CURVE
    0x81A50E
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A50E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ftefvab
        fak_ub_b0p03125
        6
        0.00
        0.03113

        FORMAT "%7.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBTEVA
    "Faktor ftefva-abhängige Lerngeschwindigkeit der Beladung"
    CURVE
    0x81A51B
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A51B  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ftefva
        fak_ub_b0p5
        6
        0.00
        0.4980

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBWRMSL
    "Bewertungsfaktor für gleitende Mittelwertsbildung von rmsl"
    VALUE
    0x8183AE
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBZBTEML
    "Bewertungsfaktor Integrationsgeschwindigkeit Beladungsfaktor"
    CURVE
    0x81A528
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A528  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FBZFRAT
    "Bewertungsfaktor für Integrationsgeschwindigkeit KFFRAT als f(abo)"
    CURVE
    0x8190C8
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190C8  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDDN
    "LLR: Gewichtungsfaktor für D-Verstärkung"
    CURVE
    0x810EE1
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EE1  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDMDWAN
    "Wichtungsfaktor für Einrechnung D-Anteil in Wandlermoment"
    VALUE
    0x810FAC
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDNIKOR
    "Faktor für Korrektur auf I-Anteil"
    VALUE
    0x810EE7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FDVANS
    "Temperaturfaktor für Drosselventildurchfluß"
    CURVE
    0x818BAE
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818BAE  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEMPOS
    "Schwelle für oberen Anschlag des mult. Anteils des Füllungsabgleichs"
    VALUE
    0x81F362
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F362  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FEMPUS
    "Schwelle für unteren Anschlag des mult. Anteils des Füllungsabgleichs"
    VALUE
    0x81F364
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F364  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FETATEBN
    "Kennlinie für drehzahlabhängigen Sollwert des Motorwirkungsgrades"
    CURVE
    0x81A533
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A533  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFLDZ
    "Folgefunkenladezeit"
    CURVE
    0x82BC32
    KlAUbSstUbWUw
    52.42800
    tsegment_sy
    0.00
    52.42800

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC32  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        8
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAAA
    "Dummy: Tabellenanfang"
    VAL_BLK
    0x81CE1E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAATUN
    "Freeze Frame Tabelle: Tuningschutz"
    VAL_BLK
    0x81CE20
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTAKRE
    "Freeze Frame Tabelle: Abgasklappe Endstufe"
    VAL_BLK
    0x81CE22
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTANWS
    "Freeze Frame Tabelle: Nockenwellensteuerung Auslass Nockenwelle"
    VAL_BLK
    0x81CE24
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTANWSE
    "Freeze Frame Tabelle: Auslaßnockenwelle- Endstufe"
    VAL_BLK
    0x81CE26
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTASGNPL
    ""
    VAL_BLK
    0x81CE28
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBKVP
    ""
    VAL_BLK
    0x81CE2A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBKVPE
    ""
    VAL_BLK
    0x81CE2C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBM
    "Freeze Frame Tabelle: Bezugsmarkengeber"
    VAL_BLK
    0x81CE2E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBREMS
    "Freeze Frame Tabelle: Pedalwertgeber Bremse"
    VAL_BLK
    0x81CE30
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTBZNPL
    ""
    VAL_BLK
    0x81CE32
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAIR
    "Freeze Frame Tabelle: Airbag-Botschaft"
    VAL_BLK
    0x81CE34
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAIRP
    "Freeze Frame Tabelle: unpl. Airbag-Botschaft"
    VAL_BLK
    0x81CE36
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAS
    "Freeze Frame Tabelle: CAN-Timeout ASC-Botschaft"
    VAL_BLK
    0x81CE38
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCAT
    "Freeze Frame Tabelle: CAN-Schnittstelle, Timeout ASR"
    VAL_BLK
    0x81CE3A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCBR2
    ""
    VAL_BLK
    0x81CE3C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCBSG
    "Freeze Frame Tabelle: BSG-Botschaft"
    VAL_BLK
    0x81CE3E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCGAT
    "Freeze Frame Tabelle: Gateway-Botschaft"
    VAL_BLK
    0x81CE40
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCGE
    "Freeze Frame Tabelle: CAN-Timeout EGS-Botschaft"
    VAL_BLK
    0x81CE42
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCGRA
    "Freeze Frame Tabelle: GRA-Botschaft (Empfang)"
    VAL_BLK
    0x81CE44
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCIF
    "Freeze Frame Tabelle: CAN-Schnittstelle, interner Fehler"
    VAL_BLK
    0x81CE46
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCINS
    "Freeze Frame Tabelle: CAN-Timeout Instr.-Botschaft"
    VAL_BLK
    0x81CE48
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCKLA
    ""
    VAL_BLK
    0x81CE4A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCLWS
    "Freeze Frame Tabelle: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    VAL_BLK
    0x81CE4C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCTOG
    "Freeze Frame Tabelle: TOG-Botschaft"
    VAL_BLK
    0x81CE4E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTCZAS
    "Freeze Frame Tabelle: ZAS-Botschaft"
    VAL_BLK
    0x81CE50
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK
    "Freeze Frame Tabelle: DK- Potentiometer"
    VAL_BLK
    0x81CE52
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK1P
    "Freeze Frame Tabelle: Drosselklappe 1. Poti"
    VAL_BLK
    0x81CE54
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDK2P
    "Freeze Frame Tabelle: Drosselklappenpotentiometer 2"
    VAL_BLK
    0x81CE56
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDPL
    "Freeze Frame Tabelle: Dauerplus"
    VAL_BLK
    0x81CE58
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSBKV
    "Freeze Frame Tabelle: BKV"
    VAL_BLK
    0x81CE5A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDSU
    "Freeze Frame Tabelle: Umgebungsdrucksensor"
    VAL_BLK
    0x81CE5C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEE
    "Freeze Frame Tabelle: DV-E Endstufe"
    VAL_BLK
    0x81CE5E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEF
    "Freeze Frame Tabelle: DV-E Fehler bei Federprüfung"
    VAL_BLK
    0x81CE60
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEFO
    ""
    VAL_BLK
    0x81CE62
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEL
    "Freeze Frame Tabelle: DV-E Lageabweichung"
    VAL_BLK
    0x81CE64
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEN
    "Freeze Frame Tabelle: DV-E Fehler bei Prüfung Notluftposition"
    VAL_BLK
    0x81CE66
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVER
    "Freeze Frame Tabelle: DV-E Regelbereich"
    VAL_BLK
    0x81CE68
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVET
    ""
    VAL_BLK
    0x81CE6A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEU
    "Freeze Frame Tabelle: DV-E Fehler beim UMA-Lernen"
    VAL_BLK
    0x81CE6C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEUB
    ""
    VAL_BLK
    0x81CE6E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEUW
    ""
    VAL_BLK
    0x81CE70
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDVEV
    "Freeze Frame Tabelle: DV-E Fehler bei Verstärkerabgleich"
    VAL_BLK
    0x81CE72
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDYLSU
    ""
    VAL_BLK
    0x81CE74
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTDYLSU2
    ""
    VAL_BLK
    0x81CE76
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEGFE
    "Freeze Frame Tabelle: Lasterfassung"
    VAL_BLK
    0x81CE78
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEGSBGR
    ""
    VAL_BLK
    0x81CE7A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTENWS
    "Freeze Frame Tabelle: Nockenwellensteuerung Einlass Nockenwelle"
    VAL_BLK
    0x81CE7C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTENWSE
    "Freeze Frame Tabelle: Einlaßnockenwelle- Endstufe"
    VAL_BLK
    0x81CE7E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEPCLE
    "Freeze Frame Tabelle: Fahrverhaltens- Fehllampe ( Endstufe )"
    VAL_BLK
    0x81CE80
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV1
    "Freeze Frame Tabelle: EV Endstufe 1"
    VAL_BLK
    0x81CE82
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV2
    "Freeze Frame Tabelle: EV Endstufe 2"
    VAL_BLK
    0x81CE84
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV3
    "Freeze Frame Tabelle: EV Endstufe 3"
    VAL_BLK
    0x81CE86
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV4
    "Freeze Frame Tabelle: EV Endstufe 4"
    VAL_BLK
    0x81CE88
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV5
    "Freeze Frame Tabelle: EV Endstufe 5"
    VAL_BLK
    0x81CE8A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTEV6
    "Freeze frame Tabelle: EV Endstufe 6"
    VAL_BLK
    0x81CE8C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFKU
    ""
    VAL_BLK
    0x81CE8E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFLP
    "Freeze Frame Tabelle: Flash Programmierung"
    VAL_BLK
    0x81CE90
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFP1P
    "Freeze Frame Tabelle: Poti 1, Fahrpedal"
    VAL_BLK
    0x81CE92
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFP2P
    "Freeze Frame Tabelle: Poti 2, Fahrpedal"
    VAL_BLK
    0x81CE94
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRAO
    "Freeze Frame Tabelle: FRAO Gemischadaption"
    VAL_BLK
    0x81CE96
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRAO2
    "Freeze Frame Tabelle: FRAO Gemischadaption Bank 2"
    VAL_BLK
    0x81CE98
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRAU
    "Freeze Frame Tabelle: FRAU Gemischadaption"
    VAL_BLK
    0x81CE9A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRAU2
    "Freeze Frame Tabelle: FRAU Gemischadaption Bank 2"
    VAL_BLK
    0x81CE9C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRST
    "Freeze Frame Tabelle: LR-Abweichung"
    VAL_BLK
    0x81CE9E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CE9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTFRST2
    "Freeze Frame Tabelle: LR-Abweichung Bank 2"
    VAL_BLK
    0x81CEA0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTGECOD
    "Freeze Frame Tabelle: Getriebecodierung CAN"
    VAL_BLK
    0x81CEA2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTGRBH
    "Freeze Frame Tabelle: GRA- Bedienhebel"
    VAL_BLK
    0x81CEA4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHELSU
    ""
    VAL_BLK
    0x81CEA6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHELSU2
    ""
    VAL_BLK
    0x81CEA8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHRE
    ""
    VAL_BLK
    0x81CEAA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSH
    "Tabelle Umweltbedingungen Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x81CEAC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSH2
    "Tabelle Umweltbedingungen Heizung Lambdasonde hinter Kat Bank2"
    VAL_BLK
    0x81CEAE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSHE
    "Freeze Frame Tabelle: Endstufe Heizung Lambdasonde hinter Kat"
    VAL_BLK
    0x81CEB0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSHE2
    "Freeze Frame Tabelle: Endstufe Heizung Sonde hinter Kat. Bank 2"
    VAL_BLK
    0x81CEB2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSV
    "Tabelle Umweltbedingungen Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x81CEB4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSV2
    "Tabelle Umweltbedingungen Heizung Lambdasonde vor Kat Bank2"
    VAL_BLK
    0x81CEB6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSVE
    "Tabelle Umweltbedingungen Endstufe Heizung Lambdasonde vor Kat"
    VAL_BLK
    0x81CEB8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTHSVE2
    "Freeze Frame Tabelle: Endstufe Heizung Lambdasonde 2 vor Kat."
    VAL_BLK
    0x81CEBA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTICLSU
    "Tabelle Umweltbedingungen: Auswerte-IC für LSU"
    VAL_BLK
    0x81CEBC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTICLSU2
    "Tabelle Umweltbedingungen: Auswerte-IC für LSU, Bank 2"
    VAL_BLK
    0x81CEBE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKAT
    "Freeze Frame Tabelle: Katalysator"
    VAL_BLK
    0x81CEC0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKAT2
    "Freeze Frame Tabelle: Katalysator"
    VAL_BLK
    0x81CEC2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKPE
    "Freeze Frame Tabelle: EKP-Relais Endstufe"
    VAL_BLK
    0x81CEC4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA01
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 1"
    VAL_BLK
    0x81CEC6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA02
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 2"
    VAL_BLK
    0x81CEC8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA03
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 3"
    VAL_BLK
    0x81CECA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CECA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA04
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 4"
    VAL_BLK
    0x81CECC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CECC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA05
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 5"
    VAL_BLK
    0x81CECE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CECE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRA06
    "Freeze Frame Tabelle: Klopfregelanschlag Zylinder 6"
    VAL_BLK
    0x81CED0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CED0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRNT
    "Freeze frame Tabelle: Klopfregelung Nulltest"
    VAL_BLK
    0x81CED2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CED2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKROF
    "Freeze Frame Tabelle: Klopfregelung Offset"
    VAL_BLK
    0x81CED4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CED4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKRTP
    "Freeze Frame Tabelle: Klopfregelung Testimpuls"
    VAL_BLK
    0x81CED6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CED6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKS1
    "Freeze Frame Tabelle: Klopfsensor 1"
    VAL_BLK
    0x81CED8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CED8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKS2
    "Freeze Frame Tabelle: Klopfsensor 2"
    VAL_BLK
    0x81CEDA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKS3
    "Freeze Frame Tabelle: Klopfsensor 3"
    VAL_BLK
    0x81CEDC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKS4
    "Freeze Frame Tabelle: Klopfsensor 4"
    VAL_BLK
    0x81CEDE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTKUPPL
    "Freeze Frame Tabelle: Pedalwertgeber Kupplung"
    VAL_BLK
    0x81CEE0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLASH
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat"
    VAL_BLK
    0x81CEE2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLASH2
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat Bank2"
    VAL_BLK
    0x81CEE4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLAVH
    ""
    VAL_BLK
    0x81CEE6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLAVH2
    ""
    VAL_BLK
    0x81CEE8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLDPE
    "Freeze Frame Tabelle: LDP Endstufe"
    VAL_BLK
    0x81CEEA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLLR
    "Freeze Frame Tabelle: Leerlaufregelung"
    VAL_BLK
    0x81CEEC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLM
    "Freeze Frame Tabelle: Hauptfüllungssensor"
    VAL_BLK
    0x81CEEE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSH
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat"
    VAL_BLK
    0x81CEF0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSH2
    "Tabelle Umweltbedingungen Lambdasonde hinter Kat Bank 2"
    VAL_BLK
    0x81CEF2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSHV
    ""
    VAL_BLK
    0x81CEF4
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIA
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond IA"
    VAL_BLK
    0x81CEF6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIA2
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond IA, Bank 2"
    VAL_BLK
    0x81CEF8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIP
    ""
    VAL_BLK
    0x81CEFA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUIP2
    ""
    VAL_BLK
    0x81CEFC
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUKS
    ""
    VAL_BLK
    0x81CEFE
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CEFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUKS2
    ""
    VAL_BLK
    0x81CF00
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUUN
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond UN"
    VAL_BLK
    0x81CF02
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUUN2
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    VAL_BLK
    0x81CF04
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUVM
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond VM"
    VAL_BLK
    0x81CF06
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSUVM2
    "Tabelle Umweltbedingungen: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    VAL_BLK
    0x81CF08
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSV
    "Tabelle Umweltbedingungen: Lambdasonde vor Kat"
    VAL_BLK
    0x81CF0A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSV2
    "Tabelle Umweltbedingungen: Lambdasonde vor Kat Bank2"
    VAL_BLK
    0x81CF0C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLSVV
    "Tabelle Umweltbedingungen: Vertauschte Lambdasonden vor Kat"
    VAL_BLK
    0x81CF0E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLUE1
    ""
    VAL_BLK
    0x81CF10
    KwbUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTLUES1E
    "Freeze Frame Tabelle: Endstufe Lüftersteuerung 1"
    VAL_BLK
    0x81CF12
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMA
    ""
    VAL_BLK
    0x81CF14
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD
    "Freeze Frame Tabelle: Aussetzer, Summenfehler (multiple)"
    VAL_BLK
    0x81CF16
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD00
    "Freeze Frame Tabelle: Aussetzer Zyl. 0"
    VAL_BLK
    0x81CF18
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD01
    "Freeze Frame Tabelle: Aussetzer Zyl. 1"
    VAL_BLK
    0x81CF1A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD02
    "Freeze Frame Tabelle: Aussetzer Zylinder 2"
    VAL_BLK
    0x81CF1C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD03
    "Freeze Frame Tabelle: Aussetzer Zylinder 3"
    VAL_BLK
    0x81CF1E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD04
    "Freeze Frame Tabelle: Aussetzer Zylinder 4"
    VAL_BLK
    0x81CF20
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMD05
    "Freeze Frame Tabelle: Aussetzer Zylinder 5"
    VAL_BLK
    0x81CF22
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMDB
    "Freeze Frame Tabelle: Momentbegrenzung Sollmoment"
    VAL_BLK
    0x81CF24
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTMFA
    "Freeze Frame Tabelle: MIL-fremdbestimmt"
    VAL_BLK
    0x81CF26
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTN
    "Freeze Frame Tabelle: Drehzahlgeber"
    VAL_BLK
    0x81CF28
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNWKW
    "Freeze Frame Tabelle: Zuordnung Nockenwelle zu Kurbelwelle"
    VAL_BLK
    0x81CF2A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNWKW2
    "Freeze Frame Tabelle: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    VAL_BLK
    0x81CF2C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTNX
    "Freeze Frame Tabelle: ^NMAX- Überschreitung"
    VAL_BLK
    0x81CF2E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPH
    "Freeze Frame Tabelle: Phasensensor"
    VAL_BLK
    0x81CF30
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPH2
    "Freeze Frame Tabelle: Phasensensor Bank 2"
    VAL_BLK
    0x81CF32
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPLLSU
    ""
    VAL_BLK
    0x81CF34
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPLLSU2
    ""
    VAL_BLK
    0x81CF36
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTPWGDE
    ""
    VAL_BLK
    0x81CF38
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTRKAT
    "Freeze Frame Tabelle: RKAT Gemischadaption"
    VAL_BLK
    0x81CF3A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTRKAT2
    "Freeze Frame Tabelle: RKAT Gemischadaption Bank 2"
    VAL_BLK
    0x81CF3C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTRKAZ
    "Freeze Frame Tabelle: RKAZ Gemischadaption"
    VAL_BLK
    0x81CF3E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTRKAZ2
    "Freeze Frame Tabelle: RKAZ Gemischadaption Bank 2"
    VAL_BLK
    0x81CF40
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSCR
    "Freeze Frame Tabelle: CRAS-Signal"
    VAL_BLK
    0x81CF42
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSGEEP
    "Freeze Frame Tabelle: SG defekt (EEPROM)"
    VAL_BLK
    0x81CF44
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSGEEW
    "Freeze Frame Tabelle: SG defekt (EEPROM WFS- Bereich)"
    VAL_BLK
    0x81CF46
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLPE
    "Freeze Frame Tabelle: Sekundärluftpumpe Endstufe"
    VAL_BLK
    0x81CF48
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLS
    "Freeze Frame Tabelle: Sekundärluftsystem"
    VAL_BLK
    0x81CF4A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLS2
    "Freeze Frame Tabelle: Sekundärluftsystem, Bank 2"
    VAL_BLK
    0x81CF4C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLV
    "Freeze Frame Tabelle: Dichtheit Sekundärluftventil"
    VAL_BLK
    0x81CF4E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLV2
    "Freeze Frame Tabelle: Dichtheit Sekundärluftventil, Bank 2"
    VAL_BLK
    0x81CF50
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSLVE
    "Freeze Frame Tabelle: Sekundärluftventil Endstufe"
    VAL_BLK
    0x81CF52
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSUE
    "Freeze Frame Tabelle: Saugrohrumschaltung Endstufe"
    VAL_BLK
    0x81CF54
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTSWE
    "Freeze Frame Tabelle: Beschleunigungssensor Schlechtwegeerk."
    VAL_BLK
    0x81CF56
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTA
    "Freeze Frame Tabelle: Ansauglufttemperatur TANS (/Ladeluft-)"
    VAL_BLK
    0x81CF58
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTANKL
    "Freeze Frame Tabelle : tankl (Tank leer)"
    VAL_BLK
    0x81CF5A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTES
    "Freeze Frame Tabelle: Tankentlüftungsventil"
    VAL_BLK
    0x81CF5C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTESF
    "Freeze Frame Tabelle: Tankdiagnose, Feinleck"
    VAL_BLK
    0x81CF5E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF5E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTESG
    "Freeze Frame Tabelle: Tankdiagnose, Grobleck"
    VAL_BLK
    0x81CF60
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF60  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTEVE
    "Freeze Frame Tabelle: Tankentlüftungsventil Endstufe"
    VAL_BLK
    0x81CF62
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTEVE2
    "Freeze Frame Tabelle: Tankentlüftungsventil"
    VAL_BLK
    0x81CF64
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTKA
    "Freeze Frame Tabelle: Temperatur Kühlerausgang"
    VAL_BLK
    0x81CF66
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTM
    "Freeze Frame Tabelle: Motortemperatur TMOT"
    VAL_BLK
    0x81CF68
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTMKI
    "Freeze Frame Tabelle: Motortemperatur aus Kombiinstrument TMKI"
    VAL_BLK
    0x81CF6A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF6A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTOL
    "Freeze Frame Tabelle: (Motor-) Oeltemperatur TOL"
    VAL_BLK
    0x81CF6C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF6C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTTUM
    "Freeze Frame Tabelle: Umgebungstemperatur TUM"
    VAL_BLK
    0x81CF6E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF6E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUB
    "Freeze Frame Tabelle: Batteriespannung UB (Bordnetz)"
    VAL_BLK
    0x81CF70
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUBR
    "Freeze Frame Tabelle: Bordnetzspannung über Hauptrelais UBR"
    VAL_BLK
    0x81CF72
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFMV
    "Freeze Frame Tabelle: Funktionsüberwachung: Momentenvergleich"
    VAL_BLK
    0x81CF74
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFNC
    "Freeze Frame Tabelle: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81CF76
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFRLIP
    "Freeze Frame Tabelle: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81CF78
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSGA
    "Freeze Frame Tabelle: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VAL_BLK
    0x81CF7A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSGB
    "Freeze Frame Tabelle: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VAL_BLK
    0x81CF7C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF7C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSKA
    "Freeze Frame Tabelle: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VAL_BLK
    0x81CF7E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF7E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTUFSPSC
    "Freeze Frame Tabelle: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VAL_BLK
    0x81CF80
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTULSU
    ""
    VAL_BLK
    0x81CF82
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTULSU2
    ""
    VAL_BLK
    0x81CF84
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURRAM
    "Freeze Frame Tabelle: Rechnerüberwachung: RAM"
    VAL_BLK
    0x81CF86
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURROM
    "Freeze Frame Tabelle: Rechnerüberwachung: ROM"
    VAL_BLK
    0x81CF88
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTURRST
    "Freeze Frame Tabelle: Rechnerüberwachung: Reset"
    VAL_BLK
    0x81CF8A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTVFZ
    "Freeze Frame Tabelle: Geschwindigkeitssignal"
    VAL_BLK
    0x81CF8C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTWFS
    "Freeze Frame Tabelle: Wegfahrsperre"
    VAL_BLK
    0x81CF8E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTWFSRC
    "Freeze Frame Tabelle: Wegfahrsperre RC-Glied"
    VAL_BLK
    0x81CF90
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET1
    ""
    VAL_BLK
    0x81CF92
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET2
    ""
    VAL_BLK
    0x81CF94
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET3
    ""
    VAL_BLK
    0x81CF96
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET4
    ""
    VAL_BLK
    0x81CF98
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET5
    ""
    VAL_BLK
    0x81CF9A
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZET6
    ""
    VAL_BLK
    0x81CF9C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZWPE
    "Freeze Frame Tabelle: Endstufe Relais für Zusatzwasserpumpe"
    VAL_BLK
    0x81CF9E
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CF9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FFTZZZ
    "Dummy: Tabellenende"
    VAL_BLK
    0x81CFA0
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 2
    /begin IF_DATA ETK  DP_BLOB 0x81CFA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGDPSMPDVS
    "Faktor Gewichtung Steigung extrap. Saugrohrdruck / Saugrohrdruck aus DK"
    VALUE
    0x810AB9
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMIFABG
    "Gewichtungsfaktor für Überhöhung über KFWMIFABG"
    CURVE
    0x8110E5
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110E5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMIFAL
    "Gewichtungsfaktor für Überhöhung über KFWMIFAL"
    CURVE
    0x8110ED
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110ED  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGMRIDV
    "Gewichtungsfaktor für Reglerinitialisierung bei Wiederaufnahme"
    CURVE
    0x81EAC0
    KlASwSstSwWSw
    1.999939
    fak_sw_b2
    0.00
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAC0  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dvzvi_w
        vfzg_sw_q0p00781
        4
        -256.0000
        255.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_BFGR_DAT_UC
    ""
    VAL_BLK
    0x8115B8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115B8  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_MIFA_DAT_UC
    ""
    VAL_BLK
    0x8115C8
    KwbUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115C8  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_SFLAGS_DAT_UC
    ""
    VAL_BLK
    0x8115D8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115D8  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_TFLAGS_DAT_UC
    ""
    VAL_BLK
    0x8115E8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115E8  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGRC_VFZG_DAT_UC
    ""
    VAL_BLK
    0x816528
    KwbUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816528  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FGZLSD
    "Gewichtungsfaktor für Reduktion über KFZLSD"
    CURVE
    0x8110F5
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110F5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHDLLR
    "Höhenschwelle für Durchführung Diagnose Leerlaufsteller"
    VALUE
    0x81A0F6
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    FHO04ESUB
    "SST-Verteilung für Höhenfaktor"
    0x81005E
    fho
    SstAUbSstUb
    3.984
    fak_ub_b4
    4
    0.00
    3.984

    
    FORMAT "%5.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81005E  0x5  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    FHODSL
    "minimaler Höhenfaktor für DSLS"
    VALUE
    0x81B656
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B656  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHODTEA
    "untere Höhenschwelle für DTEV aktiv"
    VALUE
    0x82A73A
    KwUw
    1.900024
    fak_uw_b4
    0.09997559
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A73A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOE
    "Ersatzwert für Höhe"
    VALUE
    0x818B7C
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOKH
    "minimaler Höhenfaktor für Katheizen"
    VALUE
    0x828016
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828016  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FHOKOB
    "Höhenschwelle für Kompressorabschaltung bei Beschleunigung"
    VALUE
    0x81AE81
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIAMALU
    "Anhebungsfaktor für Filter Mehrfachaussetzererkennung"
    VALUE
    0x810238
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810238  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIBSALU
    "Filterfaktor Beschleunigungssignal bei Schlechtwegstrecken-Erkennung"
    VALUE
    0x810275
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810275  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMALU
    "Filterfaktor Mehrfachaussetzererkennung"
    VALUE
    0x813718
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813718  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMHU
    "Faktor Impuls hart"
    CURVE
    0x810D37
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D37  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        anzwefim
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIMWU
    "Faktor Impuls weich"
    CURVE
    0x810D47
    FklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D47  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        anzwefim
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIPLSU
    "Faktor für Umrechnung Spannung in Pumpstrom"
    VALUE
    0x81655E
    KwUw
    16383.75
    ispg_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81655E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIPREFLSU
    "Bewertungsfaktor für den Pumpstrom"
    VALUE
    0x811C00
    KwUb
    31.88
    i_q0p125_uA
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C00  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FIRNLIGN
    "Mindestwert für Winkelfehler nach der ersten Zündung"
    VALUE
    0x8102A9
    KwUb
    255.0
    kw_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKADPMN
    "miminaler Kraftstoffanteil über TEV für passive i.O. Prüfung."
    VALUE
    0x81A6A8
    KwSb
    0.6953
    fak_sb_b1
    0.1016
    0.7969

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKATEB
    "Kennlinie Kraftstoffanteil Tankentlüftung abh. von te / TEMIN"
    CURVE
    0x81A53E
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A53E  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qtetemin
        fak_ub_b4
        5
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAXAVKAT
    "Gewichtungsfaktor Sauerstoffspeicher in Abhängigkeit von avkatf"
    CURVE
    0x81A4E3
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4E3  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        3
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKAXAVKAT2
    "Gewichtungsfaktor Sauerstoffspeicher in Abhängigkeit von avkatf2, Bank 2"
    CURVE
    0x81A4EA
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4EA  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf2
        fak_ub_b1
        3
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKEFMC
    "Korrekturfaktor für Klopferkennungsschwelle bei Filtermittenfrequenzumschaltung"
    VALUE
    0x810D8A
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKELDY
    "Korrekturfaktor für Klopferkennungsschwelle bei Lastdynamik"
    VALUE
    0x810D8B
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKELDYA
    "Korrekturfaktor für Klopferkennungsschwelle bei Lastdynamikadaption"
    VALUE
    0x810DC9
    KwUb
    0.6250
    fak_ub_b16
    0.6250
    1.250

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKENDY
    "Korrekturfaktor für Klopferkennungsschwelle bei Drehzahldynamik"
    VALUE
    0x810D8C
    KwUb
    2.000
    fak_ub_b16
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKFDARTM
    "Korrekturfaktor für fdar und fdars"
    CURVE
    0x81A110
    KlAUbSstUbWUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A110  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKFPEDV
    "Faktor für Interpolation zwischen den beiden Pedalkennfeldern"
    CURVE
    0x81A1F9
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1F9  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        2
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKHABMN
    "Schwelle Abregelfaktor Katheizen"
    VALUE
    0x81980B
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81980B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKHLA
    "Wichtungsfaktor Lambda-Soll für Katheizen"
    CURVE
    0x828018
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828018  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKHMD
    "Wichtungsfaktor Drehmomentreserve für Katheizen"
    CURVE
    0x82803A
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82803A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKHMDLL
    "Wichtungsfaktor Drehmomentreserve für Katheizen im Leerlauf"
    CURVE
    0x82805C
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82805C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKKVS
    "Korrekturfaktor Kraftstoffversorgungssystem"
    MAP
    0x81F6B0
    KfAxUbAyUbSstxUbSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F6B0  0x232  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tevfakge_w
        tinjection_sy
        16
        0.00
        209.7120

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSDKMN
    "min.Korrekturfaktor schneller Massenstromabgleich"
    VALUE
    0x81460A
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81460A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKMSDKMX
    "max.Korrekturfaktor schneller Massenstromabgleich"
    VALUE
    0x81460C
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81460C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKMN
    "Minimaler Korrekturfaktor langsamer Massenstomabgleich"
    VALUE
    0x81F1EE
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKPVDKMX
    "Maximaler Korrekturfaktor langsamer Massenstomabgleich"
    VALUE
    0x81F1F0
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKRFTPFMC
    "Korrekturfaktor des Tiefpaßverhaltens bei Umschaltung der Filtermittenfrequenz"
    VALUE
    0x810D8D
    KwUb
    0.5000
    fak_ub_b2
    0.5000
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKSTT
    "Faktor Kaltstart"
    CURVE
    0x815090
    KlAUbSstUbWUw
    63.99902
    fak_uw_b64
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815090  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKUKAO
    "Obergrenze Korrekturfaktor in UK-Adaption"
    VALUE
    0x810D70
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D70  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKUKAU
    "Untergrenze Korrekturfaktor in UK-Adaption"
    VALUE
    0x810D71
    KwUb
    3.891
    fak_ub_b4
    0.09375
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKVA
    "Konstanter Umrechnungsfaktor für Verbrauchsanzeige"
    VALUE
    0x81AEB4
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKVRNR
    "Umrechnungsfaktor Radgeschwindigkeit in Drehzahl"
    VALUE
    0x8294C0
    KwUw
    159.9976
    fak_uw_b160
    0.00
    159.9976

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FKZDPTM
    "Korrekturfaktor Zeitkonstante Dashpot"
    CURVE
    0x81A1FE
    KlAUbSstUbWUb
    1.49804
    rfak_q0p5
    0.501961
    2.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1FE  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMPFT
    "Druck-Korrekturfaktor für Lambda fett"
    CURVE
    0x829E7C
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E7C  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        palsu_w
        p_uw_q0p039
        10
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMPMR
    "Druck-Korrekturfaktor für Lambda mager"
    CURVE
    0x829EA6
    KlAUbSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829EA6  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        palsu_w
        p_uw_q0p039
        10
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMRUKA
    "Korrekturfaktor für Referenzlambda"
    VALUE
    0x8151B6
    KwUw
    2.000000
    fak_uw_b16
    0.00
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMSBATM
    "Faktor Lambdasoll bei Beschleunigungsanreicherung"
    CURVE
    0x827D0E
    GklWUw
    2.000000
    fak_uw_b16
    0.00
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D0E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLAMSVATM
    "Faktor Lambdasoll bei Verzögerungsabmagerung"
    CURVE
    0x827D20
    GklWUw
    2.000000
    fak_uw_b16
    0.00
    2.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D20  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLFO
    "Filterfaktor Lernfilter der fuel-on/-off Adaption"
    VALUE
    0x813694
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813694  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLFOF
    "Filterfaktor Lernfilter der fuel-off Adaption"
    VALUE
    0x813642
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813642  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLMLKAMA
    "Faktor zur Bewertung Schwellwert integr. Fettfl. f. Abbruch Kat-Ausr. Pre/Main"
    VALUE
    0x81A4F1
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLMLKAMA2
    "Fakt. zur Bewert. Schwellw. integr. Fettfl. f. Abbruch Kat-Ausr. Pre/Main, Bank2"
    VALUE
    0x81A4F2
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRAWG
    "Verstärkung Lastregler bei AT, WK geschlossen"
    CURVE
    0x81A11D
    FklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A11D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRCVT
    "Verstärkungsfaktor Lastregler bei CVT"
    CURVE
    0x81A125
    GklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A125  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        uefktget
        uefktget_ub_b25p4
        7
        0.00
        25.50

        FORMAT "%5.2"

        AXIS_PTS_REF SUV07MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRFDAR
    "Faktor für Verstärkung des AR-Eingriffs im Low Range"
    VALUE
    0x81A12C
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRFLRAR
    "Faktor für Verstärkung zur Nachbildung der externen Last im Low Range"
    VALUE
    0x81A12D
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRHG
    "Verstärkung Lastregler"
    CURVE
    0x81A12E
    FklWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A12E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRKIFZ
    "Faktor für Verstärkung Fahrzeugmodell im Low Range"
    VALUE
    0x81A136
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A136  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRMIFABG
    "Faktor für Momenten-Änderungsbegrenzung im Low Range"
    VALUE
    0x8110FD
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRMIFAL
    "Faktor für Fahrerwunschmoment Füllungspfad im Low Range"
    VALUE
    0x8110FE
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRZDASH
    "Faktor für Dashpot-Zeitkonstante im Low Range"
    VALUE
    0x8110FF
    KwUb
    3.49804
    rfak_q0p5
    0.501961
    4.00000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLRZLSD
    "Faktor für LSD-Zeitkonstante im Low Range"
    VALUE
    0x81A20B
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A20B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLR_AOG
    "oberer Grenzwert Anpassung Lambdaregelung-TV-Verschiebung"
    VALUE
    0x810DDE
    KwSb
    2.550
    t10msxs_sb_q0p01
    -1.280
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLR_AUG
    "unterer Grenzwert Anpassung Lambdaregelung-TV-Verschiebung"
    VALUE
    0x810DDF
    KwSb
    2.550
    t10msxs_sb_q0p01
    -1.280
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLSUFTKL
    "Faktor zur Spannungsumrechung bei Verwendung der v=8-Kennlinie"
    VALUE
    0x816560
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816560  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLTEFUEL
    "Faktor Anteil TEV Strom, der direkt ins Saugrohr strömt"
    CURVE
    0x81A716
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A716  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qltefil
        fak_ub_b1
        4
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLUTN
    "Filterfaktor Laufunruhe-Filter"
    VALUE
    0x81C96E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C96E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FLUV1
    "Schalter der Modifikation 1 der Laufunruhe-Berechnung"
    VALUE
    0x810236
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810236  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDGEN
    "Faktor Generatormoment vor Eigenerwärmung"
    VALUE
    0x819F6B
    KwUb
    6.969
    fak_ub_b8
    1.000
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F6B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDGENTA
    "Generatormoment Temperaturanteil"
    CURVE
    0x819F6C
    KlAUbSstUbWUb
    1.992
    rel_ub_b2p0
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F6C  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDKHFH
    "Höhenkorrektur Drehmomentenreserve für Katheizen"
    CURVE
    0x82819E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82819E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDKHNS
    "Startwert Aufsteuerintegrator Drehmomentenreserve nach Start"
    VALUE
    0x82807E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82807E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDKHTMST
    "tmst-Korrektur Drehmomentenresrve für Katheizen"
    CURVE
    0x81983F
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983F  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDPUBKV
    "Abregelungsfaktor für Momentenreserve bei Katheizen und leeren BKV"
    CURVE
    0x8281B0
    KlAUwSstUwWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8281B0  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pubkv_w
        p_uw_q0p039
        6
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMDWAT
    "Faktor zur Berechnung des Wandlermoments abh. von der Öltemperatur des Wandlers"
    CURVE
    0x819F2C
    GklWUb
    0.000119850000
    fak_ub_q4p7Em7
    0.00
    0.000119850000

    FORMAT "%14.12"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F2C  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRB0
    "Filtermittenfrequenz Bereich 0"
    VALUE
    0x81986A
    KwUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81986A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRB1
    "Filtermittenfrequenz Bereich 1"
    VALUE
    0x81986B
    KwUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81986B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRB2
    "Filtermittenfrequenz Bereich 2"
    VALUE
    0x81986C
    KwUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81986C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMFKRB3
    "Filtermittenfrequenz Bereich 3"
    VALUE
    0x81986D
    KwUb
    255.0
    fmfkr_dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81986D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMIMXKVL
    "mimax Korrektur bei Vollast."
    CURVE
    0x81A229
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A229  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMIUGDSN
    "Faktor maximales Moment fuer ungedrosselten Betrieb"
    CURVE
    0x814C20
    KlAUwSstUwWUw
    255.9961
    fak_ub_b1
    0.00
    255.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C20  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMLDMXKO
    "Faktor auf max. Luftmasse für Erkennung HFM-Kurzschluß nach 5V"
    VALUE
    0x814554
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814554  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMOTC
    "Motor-Codierung (CAN)"
    VALUE
    0x81018C
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMRFAZTE
    "Gewichtung der Drehzahl um jetzige Leistung zu berechnen"
    CURVE
    0x8191B7
    KlAUbSstUbWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191B7  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSL
    "Faktor Korrektur Sekundärluftmasse"
    VALUE
    0x81831B
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81831B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSL2
    "Faktor Korrektur Sekundärluftmasse, Bank 2"
    VALUE
    0x81831C
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81831C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSLAMN
    "minimaler Adaptionsfaktor Sekundärluftmasse"
    VALUE
    0x8183AF
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSLAMX
    "maximaler Adaptionsfaktor Sekundärluftmasse"
    VALUE
    0x8183B0
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSLOFF
    "Schwelle Ausräumen der Sekundärluft beendet"
    VALUE
    0x81831D
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81831D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSRHOL
    "Dichtekorrektur der Sekundärluftmasse"
    CURVE
    0x81B5A4
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5A4  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        frhokor_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FMSTMOT
    "tmot- Korrektur der Sekundärluftmasse"
    CURVE
    0x81831E
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81831E  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI0
    "Bewertungsfaktor von tsegph(k) für gleitenden Mittelwert"
    VALUE
    0x8102AA
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI1
    "Bewertungsfaktor von tsegph(k-1) für gleitenden Mittelwert"
    VALUE
    0x8102AB
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLMI2
    "Bewertungsfaktor von tsegph(k-2) für gleitenden Mittelwert"
    VALUE
    0x8102AC
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNLPRUEF
    "Faktor Wiederholprüfung Nachlaufzeitberechnung"
    VALUE
    0x81AECE
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNRAD
    "Faktor zwischen Raddrehzahl und Geschwindigkeit f(Radumfang)"
    VALUE
    0x810FAD
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSHO
    "Wichtung Nachstartanhebung"
    CURVE
    0x818E3D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E3D  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSNF
    "Faktor für Solldrehzahlnachführung"
    VALUE
    0x819D71
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSM
    "Nachstartanhebung"
    CURVE
    0x818E46
    GklWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E46  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSTKM
    "Faktor zur Wichtung der Solldrehzahl im Start bei Kat-Heizen"
    CURVE
    0x819D72
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D72  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSSTM
    "Faktor zur Wichtung der Solldrehzahl im Start"
    CURVE
    0x819D7F
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D7F  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNSTABNV
    "Faktor zur Drehzahlstabilisierung durch Drehmoment"
    CURVE
    0x8293A4
    KlAUwSstUwWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8293A4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nver_w
        fak_uw_b8
        6
        0.00
        7.999878

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNS_AOG
    "oberer Grenzwert Anpassung Faktor Nachstart"
    VALUE
    0x810DE0
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNS_AUG
    "unterer Grenzwert Anpassung Faktor Nachstart"
    VALUE
    0x810DE1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNWIVA
    "Faktor Wichtung Initialisierung Verstellgeschwindigkeit NW-Lagerergler Auslaß"
    VALUE
    0x811D63
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNWIVE
    "Faktor wichtung Initialisierung Verstellgeschwindigkeit NW-Lagerergler Einlaß"
    VALUE
    0x811CFC
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNWSKRA
    "Faktor Nockenwellen-Sollwinkelkorrektur durch klopfende Verbrennungen Auslaß"
    CURVE
    0x81A953
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A953  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wkrma
        zw_ub_qn0p75
        3
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNWSKRE
    "Faktor Nockenwellen-Sollwinkelkorrektur durch klopfende Verbrennungen Einlaß"
    CURVE
    0x81A89F
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89F  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wkrma
        zw_ub_qn0p75
        3
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FNWUEPUHFM
    "Schaltschwelle des Faktors der NWS für Pulsationskorrektur des HFM"
    VALUE
    0x8104FC
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FOFAKT
    "Codewort zum Anhalten der Fuel-off Adaption"
    VALUE
    0x8101DA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPLMRM
    "Wichtungsfaktor für P-Anteil Luftmassenregler"
    CURVE
    0x818C57
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C57  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRAT
    "Ansauglufttemperaturschwelle für DV-E-Federprüfung"
    VALUE
    0x81040B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRMT
    "Motortemperaturschwelle für DV-E-Federprüfung"
    VALUE
    0x81040C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRNMAX
    "Motordrehzahlschwelle für DV-E-Federprüfung"
    VALUE
    0x81040D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM1_T
    "DV-E-Federprüfung, Wartezeit in Prüfschritt 1"
    VALUE
    0x81040E
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM2_T
    "DV-E-Federprüfung, Wartezeit in Prüfschritt 2"
    VALUE
    0x81040F
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81040F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM3_T
    "DV-E-Federprüfung: Wartezeit in Prüfschritt 5"
    VALUE
    0x810410
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810410  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPRTIM4_T
    "DV-E-Federprüfung: Wartezeit in Prüfschritt 6"
    VALUE
    0x810411
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810411  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVHKMSAB
    "Kennlinie für massenstromabhängigen Faktor für Druckgradient über Hauptkat"
    CURVE
    0x81EEDA
    KlAUbSstUwWUw
    104856.0
    m_q1p6
    0.00
    104856.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EEDA  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvhk_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVHKTTA
    "Kennlinie für temperaturabhängigen Faktor für Druckgradient über Hauptkat"
    CURVE
    0x81EEF0
    KlAUbSstUwWUb
    5100.
    fak_q20_hPahPa_mul_h_div_kg
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EEF0  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkihkmm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVHKTTA2
    "Kennlinie für temperaturabhängigen Faktor für Druckgradient über Hauptkat, B. 2"
    CURVE
    0x81EF04
    KlAUbSstUwWUb
    5100.
    fak_q20_hPahPa_mul_h_div_kg
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EF04  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkihkmm2_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVMXP
    "Faktor maximales Druckverhältnis fuer Lastpraediktion"
    VALUE
    0x813FFC
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVMXST
    "Faktor maximales Druckverhältnis im Start"
    VALUE
    0x826A04
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVVKMSAB
    "Kennlinie für massenstromabhängigen Faktor für Druckgradient über Vorkat"
    CURVE
    0x81EF18
    KlAUbSstUwWUw
    104856.0
    m_q1p6
    0.00
    104856.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EF18  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabvvk_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPVVKTTA
    "Kennlinie für temperaturabhängigen Faktor für Druckgradient über Vorkat"
    CURVE
    0x81EF2E
    KlAUbSstUwWUb
    5100.
    fak_q20_hPahPa_mul_h_div_kg
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EF2E  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkivkmm_w
        temp_q0p0234_o273
        6
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FPWDKAPP
    "Drosselklappenkennlinie abh. von Fahrpedal nur f. Applik."
    CURVE
    0x814C42
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C42  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_q0p00153
        16
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTEDL
    "Kennlinie Faktor für exponentielle Absteuerung Spülrate"
    CURVE
    0x81A549
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A549  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dmlftef
        fak_ub_b0p5
        5
        0.00
        0.4980

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTEFR
    "Kennlinie stetige Grenzwertregelung (fr)"
    CURVE
    0x82A68A
    KlAUbSstUbWSb
    15.88
    fak_sb_b16
    0.00
    15.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A68A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        frmxa
        fak_ub_b2
        8
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTEPT
    "Kennlinie Tankunterdruckbegrenzung"
    CURVE
    0x81A554
    KlAUbSstSbWSb
    15.88
    fak_sb_b16
    0.00
    15.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A554  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pte
        p_sb_q0p25
        6
        -32.00
        31.75

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FQTEVA
    "Progression bei Spülratenaufsteuerung"
    CURVE
    0x81A561
    KlAUbSstUbWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A561  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ftefva
        fak_ub_b0p5
        6
        0.00
        0.4980

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAE
    "Delta-fra-Schwelle für Erkennung der eingeschwungenen Grundadaption"
    VALUE
    0x827B9A
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAODN
    "untere Diagnoseschwelle des Korrekturfaktors frao"
    VALUE
    0x827B9C
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAODX
    "obere Diagnoseschwelle des Korrekturfaktors frao"
    VALUE
    0x827B9E
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAOMN
    "untere Begrenzung des Korrekturfaktors frao"
    VALUE
    0x8190D3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAOMX
    "obere Begrenzung des Korrekturfaktors frao"
    VALUE
    0x8190D4
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAORN
    "untere reduzierte Schwelle des Korrekturfaktors frao"
    VALUE
    0x8190D5
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAORX
    "obere reduzierte Schwelle des Korrekturfaktors frao"
    VALUE
    0x8190D6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAOS
    "Schwelle für oberen Anschlag des mult. Anteils der Gemischadaption"
    VALUE
    0x81F366
    KwUw
    3.999939
    fak_uw_b4_no1
    -1.000000
    2.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F366  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARAWGS
    "Verstärkungsfaktor Antiruckel bei AT, WK geschlossen für Stationärpfad"
    CURVE
    0x81A137
    FklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A137  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARCVT
    "Verstärkungsfaktor Antiruckel bei CVT"
    CURVE
    0x81A13F
    GklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A13F  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        uefktget
        uefktget_ub_b25p4
        7
        0.00
        25.50

        FORMAT "%5.2"

        AXIS_PTS_REF SUV07MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARCVTS
    "Verstärkungsfaktor Antiruckel bei CVT für Stationärpfad"
    CURVE
    0x81A146
    GklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A146  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        uefktget
        uefktget_ub_b25p4
        7
        0.00
        25.50

        FORMAT "%5.2"

        AXIS_PTS_REF SUV07MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRARHGS
    "Verstärkungsfaktor Antiruckel für Stationärpfad"
    CURVE
    0x81A14D
    FklWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A14D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRATMN
    "untere Begrenzung des Korrekturfaktors frat"
    VALUE
    0x8190D7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRATMX
    "obere Begrenzung des Korrekturfaktors frat"
    VALUE
    0x8190D8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAUDN
    "untere Diagnoseschwelle des Korrekturfaktors frau"
    VALUE
    0x827BA0
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAUDX
    "obere Diagnoseschwelle des Korrekturfaktors frau"
    VALUE
    0x827BA2
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAUMN
    "untere Begrenzung des Korrekturfaktors frau"
    VALUE
    0x8190D9
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAUMX
    "obere Begrenzung des Korrekturfaktors frau"
    VALUE
    0x8190DA
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAURN
    "untere reduzierte Schwelle des Korrekturfaktors frau"
    VALUE
    0x8190DB
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAURX
    "obere reduzierte Schwelle des Korrekturfaktors frau"
    VALUE
    0x8190DC
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRAUS
    "Schwelle für unteren Anschlag des mult. Anteils der Gemischadaption"
    VALUE
    0x81F368
    KwUw
    3.999939
    fak_uw_b4_no1
    -1.000000
    2.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F368  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRDO
    "obere Diagnoseschwelle für Lambdaregler"
    VALUE
    0x82A680
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A680  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRDU
    "untere Diagnoseschwelle für Lambdaregler"
    VALUE
    0x82A682
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A682  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRFWNI
    "I-Anteil Füllungsregler Nockenwelle"
    VALUE
    0x82ADAE
    KwUw
    85.33203
    kwprs_q0p001302
    0.00
    85.33203

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRFWNP
    "P-Anteil Füllungsregler Nockenwelle"
    VALUE
    0x82ADB0
    KwUw
    85.33203
    kwpr_q0p001302
    0.00
    85.33203

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRHB
    "fr-Schwelle für mögliches Rücksetzten Flip-Flop ""Hohe Beladung"""
    VALUE
    0x81A56E
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A56E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRINH1
    "Multiplikativer Faktor für RIN Sollwert hinter Kat"
    CURVE
    0x81E498
    KlAUbSstUwWUb
    63.75
    fak_ub_b64
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E498  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tahsomf_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRINH2
    "Multiplikativer Faktor für RIN Sollwert hinter Kat"
    CURVE
    0x81E4AA
    KlAUbSstUwWUb
    63.75
    fak_ub_b64
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4AA  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tahsomf2_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRINOFH
    "Faktor für Bewertung alter Ri-Wert ohne Filter hinter KAT"
    VALUE
    0x8189C8
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRIRLABBR
    "Faktor auf rir_w zur Berechnung von labbrm_w"
    VALUE
    0x814FD0
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRKAP
    "Faktor relative Kraftstoffmasse für Applikation"
    VALUE
    0x818E32
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E32  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRK_AOG
    "oberer Grenzwert Anpassung Faktor Grundanpassung"
    VALUE
    0x810DE2
    KwUb
    0.4980
    fak_ub_b1p25_o0p75
    0.7500
    1.248

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRK_AUG
    "unterer Grenzwert Anpassung Faktor Grundanpassung"
    VALUE
    0x810DE3
    KwUb
    0.4980
    fak_ub_b1p25_o0p75
    0.7500
    1.248

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRLFSDP
    "Einspritzkorrektur bei RLFS"
    CURVE
    0x81F8E2
    KlAUwSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F8E2  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpus_w
        p_sw_q0p078
        11
        -2560.0000
        2559.9219

        FORMAT "%9.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRLMNHO
    "Korrekturfaktor rlmin über Höhe"
    CURVE
    0x818C6D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C6D  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        5
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDPMO
    "obere frm Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82A73C
    KwUw
    0.1499939
    fak_uw_b2
    1.000000
    1.149994

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A73C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDPMU
    "untere frm Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82A73E
    KwUw
    0.1499939
    fak_uw_b2
    0.8500061
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A73E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDTEVO
    "obere frm Schwelle für passive i.O. Prüfung Diagnose TEV"
    VALUE
    0x82A740
    KwUw
    0.1499939
    fak_uw_b2
    1.000000
    1.149994

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A740  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMDTEVU
    "untere frm Schwelle für passive i.O. Prüfung Diagnose TEV"
    VALUE
    0x82A742
    KwUw
    0.1499939
    fak_uw_b2
    0.8500061
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A742  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMINKH
    "Magerbegrenzung Lambdaregelung bei KH mit SL"
    VALUE
    0x82A002
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A002  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMSTTDN
    "untere Diagnoseschwelle (short test)"
    CURVE
    0x819474
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819474  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRMSTTDX
    "obere Diagnoseschwelle (short test)"
    CURVE
    0x81947D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81947D  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FRSNAMX
    "max. Reglerhub wenn die Lambdasonde UASNAMN<ua10mo<UASNAMX anzeigt"
    VALUE
    0x81E7DC
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS1FO
    "Filterfaktor Segmentzeit-Filter 1 der fuel-on/-off Adaption"
    VALUE
    0x813696
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813696  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS1FOF
    "Filterfaktor Segmentzeit-Filter 1 der fuel-off Adaption"
    VALUE
    0x813644
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813644  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS2FO
    "Filterfaktor Segmentzeit-Filter 2 der fuel-on/-off Adaption"
    VALUE
    0x813698
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813698  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FS2FOF
    "Filterfaktor Segmentzeit-Filter 2 der fuel-off Adaption"
    VALUE
    0x813646
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813646  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSRFTEF
    "Faktor Steilheit Spülratenregelung in der Nähe des gewünschten Krafstoffanteils"
    VALUE
    0x811C7D
    KwUb
    59.75
    fak_ub_b64
    4.000
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSTHO
    "Wichtung Startfaktor"
    CURVE
    0x819111
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819111  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FST_AOG
    "oberer Grenzwert Anpassung Faktor Start"
    VALUE
    0x810DE4
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FST_AUG
    "unterer Grenzwert Anpassung Faktor Start"
    VALUE
    0x810DE5
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWALUV
    "Erkennungsschwelle Schlechtwegstrecke abhängig von Fz.geschwindigkeit"
    CURVE
    0x810276
    KlAUbSstUbWUb
    55.34
    acc_ub_b55p55
    0.00
    55.34

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810276  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWKB
    "Beschleunigungsschwelle der Setzwertkorrektur"
    VALUE
    0x81EA30
    KwUw
    19.99969
    rel_uw_b20
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWKV
    "Verzögerungsschwelle der Setzwertkorrektur"
    VALUE
    0x81EA32
    KwUw
    19.99969
    rel_uw_b20
    0.00
    19.99969

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSWTM
    "Faktor Schließwinkelkorrektur tmot-abhängig"
    CURVE
    0x81ACE0
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACE0  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FSZTM
    "Faktor Schließzeitkorrektur tmot-abhängig"
    CURVE
    0x81ACEB
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACEB  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTANWUBA
    "Faktor Korrektur Tastverhältnis Nockenwelle f(ub),  (Auslaß)"
    CURVE
    0x81A986
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A986  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        6
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTANWUBE
    "Faktor Korrektur Tastverhältnis Nockenwelle f(ub) Einlass"
    CURVE
    0x81A8DD
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DD  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        6
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTDGANG
    "Faktor zur Zeitverzögerung des Zielgangsignals"
    VALUE
    0x818AC4
    KwUb
    10.00
    dez
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADAB
    "Schwelle Beladung für Abbruch TE-Phase"
    VALUE
    0x81A56F
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A56F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADDPO
    "obere Beladungsschwelle für passive i.O. Prüfung"
    VALUE
    0x82A744
    KwSw
    30.00000
    fak_sw_b64
    20.00000
    50.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A744  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADDPU
    "untere Beladungsschwelle für passive i.O. Prüfung"
    VALUE
    0x82A746
    KwSw
    8.000000
    fak_sw_b64
    2.000000
    10.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A746  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADMX
    "Maximalwert der Beladung des AKFs"
    VALUE
    0x81A570
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A570  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADSZ
    "Schwelle Beladung für TEV sofort schließen aus DTEV"
    VALUE
    0x82A748
    KwSw
    15.00000
    fak_sw_b64
    0.00
    15.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A748  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEADZU
    "Schwelle Beladung für Unterbrechung TE-Phase für Diagnose Funktionen"
    VALUE
    0x81FB88
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEDS
    "Schwelle Beladung für Umschaltung auf Dauertankentlüftung"
    VALUE
    0x81FB8A
    KwSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEDYLSUMX
    "max. Beladung (Faktor) ab der keine Dynamikdiagnose mehr laufen darf"
    VALUE
    0x8102FC
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEFHB
    "Schwelle für Spülrate Tankentlüftung für Erkennung hohe Beladung"
    VALUE
    0x81A571
    KwUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A571  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEHB
    "Schwelle für Faktor Tankentlüftung für Erkennung hohe Beladung"
    VALUE
    0x81A572
    KwSb
    127.5
    fak_sb_b64
    -64.00
    63.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A572  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTEINIX
    "Kennlinie Max. Spülrate abhängig vom Integral Massenstrom TE nach TE Stop"
    CURVE
    0x81A573
    KlAUbSstUbWUb
    0.1992
    fak_ub_b0p5
    0.00
    0.1992

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A573  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imsteini
        m_ub_q0p0444
        5
        0.00
        11.32

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTKANMO
    "Faktor tkasoll-Wichtung über Drehzahl"
    CURVE
    0x81AECF
    KlAUbSstUbWUb
    4.000
    fak_ub_q0p015
    0.00
    4.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AECF  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMLAKH
    "tmot-Korrektur der Lambda-Bewertung bei Katheizen"
    CURVE
    0x81980C
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81980C  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTKHX
    "Faktor des Motortemperatureinflußes auf  Wärmeverluste am LSU-Sechskant"
    VALUE
    0x818AAD
    KwUb
    2.361
    fak_q0p00926_JsKK
    0.00
    2.361

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTMOTKHX2
    "Faktor des Motortemperatureinflußes auf  Wärmeverluste am LSU-Sechskant"
    VALUE
    0x818AAE
    KwUb
    2.361
    fak_q0p00926_JsKK
    0.00
    2.361

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTOMN
    "minimale Öffnungszeit"
    VALUE
    0x81ACF6
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FTSDRLW
    "Faktor Schließzeit bei Lastdynamik"
    CURVE
    0x816EDE
    KlAUwSstSwWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EDE  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tsdrlmx_w
        rel_sw_q0p0234
        2
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUBAOF
    "Offenzeit für Funkenbandzündung"
    VALUE
    0x82BC4C
    KwUw
    52.42800
    tsegment_sy
    0.00
    52.42800

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUBKORDT
    "Batteriespannungskorrektur für Diagnosetest DHRLSU in Applikationsphase"
    VALUE
    0x816764
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816764  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAKI
    "Init.-Wert adaptiver ÜK-Korrekturfaktor BA für kalten Motor"
    VALUE
    0x810D72
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAKO
    "Obergrenze adaptiver ÜK-Korrekturfaktor BA bei kaltem Motor"
    VALUE
    0x810D73
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAKU
    "Untergrenze adaptiver ÜK-Korrekturfaktor BA bei kaltem Motor"
    VALUE
    0x810D74
    KwUb
    3.891
    fak_ub_b4
    0.09375
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAWI
    "Init.-Wert adaptiver ÜK-Korrekturfaktor BA für warmen Motor"
    VALUE
    0x810D75
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAWO
    "Obergrenze adaptiver ÜK-Korrekturfaktor BA bei warmem Motor"
    VALUE
    0x810D76
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKABAWU
    "Untergrenze adaptiver ÜK-Korrekturfaktor BA bei warmem Motor"
    VALUE
    0x810D77
    KwUb
    3.891
    fak_ub_b4
    0.09375
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAKI
    "Init.-Wert adaptiver ÜK-Korrekturfaktor VA für kalten Motor"
    VALUE
    0x810D78
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAKO
    "Obergrenze adaptiver ÜK-Korrekturfaktor VA bei kaltem Motor"
    VALUE
    0x810D79
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAKU
    "Untergrenze adaptiver ÜK-Korrekturfaktor VA bei kaltem Motor"
    VALUE
    0x810D7A
    KwUb
    3.891
    fak_ub_b4
    0.09375
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAWI
    "Init.-Wert adaptiver ÜK-Korrekturfaktor VA für warmen Motor"
    VALUE
    0x810D7B
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAWO
    "Obergrenze adaptiver ÜK-Korrekturfaktor VA bei warmem Motor"
    VALUE
    0x810D7C
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKAVAWU
    "Untergrenze adaptiver ÜK-Korrekturfaktor VA bei warmem Motor"
    VALUE
    0x810D7D
    KwUb
    3.891
    fak_ub_b4
    0.09375
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKBAE
    "Faktor ÜK-Ersatzwert BA"
    VALUE
    0x81511C
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81511C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKLAMSBG
    "Kl. Faktor Lambdasoll Begrenzung"
    CURVE
    0x81511E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81511E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsbg_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKNSTHO
    "Hoehenfaktor ÜK im Nachstart"
    CURVE
    0x8192A3
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8192A3  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        6
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKNSTM
    "Startwert Faktor ÜK im Nachstart"
    CURVE
    0x8192B0
    KlAUbSstUbWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8192B0  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKTINEO
    "Kl. Faktor Einspritzzeit nach Einlaßventil öffnen"
    CURVE
    0x815138
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x815138  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vti_w
        fak_uw_b2
        6
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUKVAE
    "Faktor ÜK-Ersatzwert VA"
    VALUE
    0x815152
    KwUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x815152  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUMRBRK
    "Faktor Umrechnung HC-Konzentration in Beladung ftead"
    VALUE
    0x81A57E
    KwUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A57E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUMRMV
    "Faktor Dichte der Luft"
    VALUE
    0x81A71F
    KwUb
    1.992
    dichte_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A71F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUMSTEK
    "Faktor Umschaltung auf Kennfeld (wdk/n) zur Berechnung Massenstrom TEV"
    VALUE
    0x81A720
    KwUb
    0.5000
    fak_ub_b2
    0.00
    0.5000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A720  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUPSRLMN
    "Umrechnungsfaktor Druck auf Füllung Minimum"
    VALUE
    0x826A06
    KwUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FUPSRLMX
    "Umrechnungsfaktor Druck auf Füllung Maximum"
    VALUE
    0x826A08
    KwUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVA_AOG
    "oberer Grenzwert Anpassung Faktor VA"
    VALUE
    0x810DE6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVA_AUG
    "unterer Grenzwert Anpassung Faktor VA"
    VALUE
    0x810DE7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVDMDWAN
    "Verstärkungsfaktor zur Bildung D-Ateil-Wandlermomnet"
    VALUE
    0x810FAE
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVERMN
    "Kennlinie Faktor Vermischung Regeneriergas Tankentlüftung mit Frischluft"
    CURVE
    0x811C7E
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C7E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVERZDYN
    "Dynamischer Faktor Verzögerung Regeneriergas zw. Drosselklappe, Einspritzventil"
    CURVE
    0x816C46
    GklWUw
    0.003905886
    t_min_q5p96em8
    0.00
    0.003905886

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C46  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        qmsdyn
        fak_ub_b16
        5
        0.00
        15.94

        FORMAT "%5.2"

        AXIS_PTS_REF SQM05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVFKUKA
    "Gewichtung des Korrekturfaktors in UK-Adaption"
    VALUE
    0x810D7E
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FVRMDYN
    "dynamischer Faktor Vermischung Regeneriergas Tankentlüftung mit Frischluft"
    CURVE
    0x811C8B
    GklWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C8B  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        qmsdyn
        fak_ub_b16
        5
        0.00
        15.94

        FORMAT "%5.2"

        AXIS_PTS_REF SQM05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWCBFT
    "Bewertungsfaktor Turbo für CAN-Ausgabe"
    VALUE
    0x81019A
    KwUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWCSBK
    "Steigung der Befüllungskennlinie für CAN-Ausgabe"
    VALUE
    0x81019B
    KwUb
    0.2550
    volgrd_q0p001
    0.00
    0.2550

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWDMVAD
    "Faktor zur Wichtung von dmvad_w in %MDMIN"
    CURVE
    0x8293BE
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8293BE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nver_w
        fak_uw_b8
        8
        0.00
        7.999878

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEAB
    "Rekursionskostante Wiedereinsetzfaktor abnehmend"
    VALUE
    0x8104D6
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEAUF
    "Rekursionskonstante Wiedereinsetzfaktor zunehmend"
    VALUE
    0x8104D7
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEEMRFAHO
    "Wichtungskennlinie über Faktor Höhe f. Winkel ES-Ende bei max. Fahrerwunschmomen"
    CURVE
    0x819078
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819078  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEEMRFAM
    "Wichtungs-Faktor f. Winkel Einspritzende bei max. Fahrerwunschmoment"
    CURVE
    0x819081
    KlAUbSstUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819081  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEHT
    "Faktor Wiedereinsetzmenge  temperaturabhängig (hartes WE)"
    CURVE
    0x8191C4
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C4  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEMRFA
    "Faktor Wiedereinsetzmenge über Fahrerwunschmoment"
    CURVE
    0x815112
    KlAUwSstUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x815112  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfa_w
        rel_uw_b200
        2
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWEMXT
    "maximaler Faktor Wiedereinsetzen Temperaturkennlinie"
    CURVE
    0x818AFD
    KlAUbSstUbWUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AFD  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWET
    "Faktor Wiedereinsetzmenge temperaturabhaengig"
    CURVE
    0x8191D7
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191D7  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWFN
    "Faktor Wandfilm Drehzahleinfluss"
    VALUE
    0x815154
    KwSw
    2.999954
    rel_sw_b1p5
    -1.500000
    1.499954

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x815154  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWFTBRTA
    "Wichtung ftbr in Abhängigkeit von tans"
    CURVE
    0x818BBF
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818BBF  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tempin
        temp_ub_q0p75_o48
        14
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWLKFTBR
    "Warmlaufkorrektur für Brennraumtemperaturmodell"
    CURVE
    0x818BDC
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818BDC  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotdif
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWL_AOG
    "oberer Grenzwert Anpassung Faktor Warmlauf"
    VALUE
    0x810DE8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWL_AUG
    "unterer Grenzwert Anpassung Faktor Warmlauf"
    VALUE
    0x810DE9
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMABGW
    "Faktor für Wärmemengen bei Wiederholstart für Taupunktende Abgas vor Vorkat"
    VALUE
    0x81866F
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81866F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMABGW2
    "Faktor für Wärmemengen bei Wiederholstart Abgas Bank2"
    VALUE
    0x818670
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818670  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMKATW
    "Faktor für Wärmemengen bei Wiederholstart für Taupunktende hinter Hauptkat"
    VALUE
    0x818671
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818671  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMKATW2
    "Faktor für Wärmemengen bei Wiederholstart für Taupunktende hinter Hauptkat Bank2"
    VALUE
    0x818672
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818672  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWMLHFMMN
    "Wichtungsfaktor für minimale HFM-Luftmassen Schwelle in Abhängigkeit von d.Höhe"
    CURVE
    0x81EE20
    KlAUwSstUwWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EE20  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        2
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWNMOT
    "Einschaltschwelle nmot für Funkenbandzündung"
    VALUE
    0x81ACF7
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWNWVSAP
    "Nockenwellen Verstellschwerpunkt Applikationswert"
    VALUE
    0x826A0A
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWNWVSO
    "Faktor Winkel Nockenwellenverstellschwerpunkt Obergrenze"
    VALUE
    0x826A0C
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWNWVSU
    "Faktor Winkel Nockenwellenverstellschwerpunkt Untergrenze"
    VALUE
    0x826A0E
    KwUw
    1.000000
    fak_uw_b2
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A0E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWPEDRLS
    "Faktor zur direkten rlsol-Vorgabe aus wped (Applikation)"
    VALUE
    0x814CC6
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAB1
    "Wichtung Nachstart Abregelung Bereich 1"
    CURVE
    0x818E52
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E52  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAB2
    "Wichtung Nachstart Abregelung Bereich 2"
    CURVE
    0x818E58
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E58  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAB3
    "Wichtung Nachstart Abregelung Bereich 3"
    CURVE
    0x818E5E
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E5E  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAS1
    "Wichtung Nachstart Umschaltschwelle 1"
    CURVE
    0x818E64
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E64  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWSTAS2
    "Wichtung Nachstart Umschaltschwelle 2"
    CURVE
    0x818E6A
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E6A  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTMUEBO
    "Tmot-Schwelle zum Setzen Temperaturüberschutz"
    VALUE
    0x81841A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTMUEBU
    "Tmot-Schwelle zum Rücksetzen Temperaturüberschutz"
    VALUE
    0x81841B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTOUEBO
    "Töl-Schwelle zum Setzen Temperaturüberschutz"
    VALUE
    0x81C220
    KwUw
    1536.141
    temp_q0p0234_o273
    -273.1500
    1262.991

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C220  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FWTOUEBU
    "Töl-Schwelle zum Rücksetzen Temperaturüberschutz"
    VALUE
    0x81C222
    KwUw
    1536.141
    temp_q0p0234_o273
    -273.1500
    1262.991

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C222  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSA1
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors bei Heißstart Bereich 1"
    CURVE
    0x818E70
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E70  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSA2
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors bei Heißstart Bereich 2"
    CURVE
    0x818E76
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E76  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSM1
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors oberhalb Schwelle"
    CURVE
    0x818E7C
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E7C  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSM2
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors unterhalb Schwelle"
    CURVE
    0x818E88
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E88  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZANSSM3
    "Faktor für zündsynchrone Abregelung des Nachstartfaktors im Bereich 3"
    CURVE
    0x818E94
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E94  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN0
    "Zylinderindividueller Faktor bei aktivierter Saugrohrumschaltung, Zyl. 0"
    CURVE
    0x818FB3
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FB3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN1
    ""
    CURVE
    0x818FC3
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FC3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN2
    ""
    CURVE
    0x818FD3
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FD3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN3
    ""
    CURVE
    0x818FE3
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FE3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN4
    ""
    CURVE
    0x818FF3
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FF3  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZASUN5
    ""
    CURVE
    0x819003
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819003  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN0
    "Zylinderindividueller Faktor bei nicht aktivierter Saugrohrumschaltung, Zyl. 0"
    CURVE
    0x819013
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819013  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN1
    ""
    CURVE
    0x819023
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819023  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN2
    ""
    CURVE
    0x819033
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819033  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN3
    ""
    CURVE
    0x819043
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819043  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN4
    ""
    CURVE
    0x819053
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819053  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZNASUN5
    ""
    CURVE
    0x819063
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819063  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16CIUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWKHMX
    "Normierung für Faktor Momentenreserve Katheizen"
    VALUE
    0x811E4D
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E4D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    FZWWLRLN
    "Wichtung Delta-Zündwinkel im Warmlauf"
    MAP
    0x812396
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x812396  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GANGISAV
    "Ist-gang für Verzögerungszeit Schubabschalten"
    VALUE
    0x819CC6
    KwUb
    7.000
    dez
    0.00
    7.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GANGNOT
    "Defaultgang im Getriebenotlauf"
    VALUE
    0x81017B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GANGNWLLPA
    "Gang Applikationswert Auslaß-Nockenwelle bei Leerlauf"
    VALUE
    0x81A95A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A95A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GE3MDTMX
    "Größte zulässige Momenten-Zeit-Fläche bei der Getriebe 3-Topfplausibilisierung"
    VALUE
    0x813620
    KwSw
    5111.922
    mdt_sw_b2556
    -2556.000
    2555.922

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813620  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GFDLDN
    "LLR: Gewichtungsfaktor für D-Verstärkung auf Luftpfad"
    CURVE
    0x810EE8
    GklWUb
    0.9961
    rel_ub_b1p0
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EE8  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    GRAOFLOGIN
    "Login-Code für GRA sperren"
    VALUE
    0x815560
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815560  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    GRAONLOGIN
    "Login-Code für GRA freischalten"
    VALUE
    0x815562
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815562  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HLOFFLOGIN
    "Login-Code für Heißland deaktiv"
    VALUE
    0x815564
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815564  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HLONLOGIN
    "Login-Code für Heißland aktiv"
    VALUE
    0x815566
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815566  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYKATA
    "Absolute Hysterese bei Katalysatordiagnose"
    VALUE
    0x8189EB
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYKATR
    "Relative Hysterese bei Katalysatordiagnose"
    VALUE
    0x8189EC
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYNMOTNW
    "Hysterese für nmot_w zur Adressierung von Kennfeld"
    VALUE
    0x81A81C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A81C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    HYRLNW
    "Hysterese für rlnw zur Adressierung Kennfeld"
    VALUE
    0x82AD62
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD62  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IGESGA
    "Gesamt-Übersetzungsverhältnis"
    CURVE
    0x818AC5
    FklWUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IGNDELAY
    "Synchroanzahl Zündfreigabeverzögerung AZUE"
    VALUE
    0x81005B
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IKMTR
    "Index für Auswahl des entsprechenden Bytes im Fehlerarray"
    VALUE
    0x818B21
    KwUb
    100.0
    DEZ
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B21  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMLKAXTK
    "Schwelle Fettfläche Kat-Ausräumen nach SA, Funktion der Kat-Temperatur"
    CURVE
    0x829FA6
    KlAUbSstUwWUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA6  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        xtkikm_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMLKAXTK2
    "Schwelle Fettfläche Kat-Ausräumen nach SA, Funktion der Kat-Temperartur"
    CURVE
    0x829FBC
    KlAUbSstUwWUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FBC  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        xtkikm2_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMRMN
    "Minimalwert des Luftmassenreglers"
    VALUE
    0x814B28
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814B28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMRMX
    "Maximalwert des Luftmassenreglers"
    VALUE
    0x814B2A
    KwSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814B2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ILMRN
    "Integratorverstärkung von Luftmassenregler"
    CURVE
    0x818C64
    GklWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C64  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08FEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLATDSL
    "min. Luftmassenfluß für Adaption/Zusatzdiagnose"
    VALUE
    0x81B658
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B658  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLATDSLK
    "min. Luftmassenfluß für Kurztest"
    VALUE
    0x81B65A
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B65A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLATWS
    "Luftmassen-Schwelle für Kat-Heizen nach Wiederholstart"
    VALUE
    0x828080
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828080  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLDSL
    "minimale durchgeströmte Luftmasse"
    VALUE
    0x8183B1
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLEVABS
    "Schwelle Luftmassenintegral vor Freigabe Lambdaregelung nach Zylinderausblendung"
    VALUE
    0x816670
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816670  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLEVABS2
    "Schwelle Luftmassenintegral vor Freigabe Lambdareg. nach Zyl.ausblendung, Bank 2"
    VALUE
    0x816672
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816672  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMN
    "Minimale integierte Luftmasse zum Heilen eines Fehlers"
    VALUE
    0x81E824
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E824  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMN2
    "Minimale integierte Luftmasse zum Heilen eines Fehlers  (Bank2)"
    VALUE
    0x81E826
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E826  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMNFA
    "Minimale integierte Luftmasse zum Heilen eines Fehlers, bei Bandendeprüfung"
    VALUE
    0x81E828
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E828  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHEMNFA2
    "Minimale integierte Luftmasse zum Heilen eines Fehlers, bei Bandendeprüfung (B2)"
    VALUE
    0x81E82A
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E82A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLHS
    "Luftmassenintegral Heißstart"
    VALUE
    0x810BE6
    KwUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKAMN
    "Schwellwert integr. Luftmasse f. Mindestdauer Katalysator-Ausräumen"
    VALUE
    0x829FD2
    KwUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKAMN2
    "Schwellwert integr. Luftmasse f. Mindestdauer Katalysator-Ausräumen Bank2"
    VALUE
    0x829FD4
    KwUw
    291.2667
    m_uw_b291p25
    0.00
    291.2667

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKHMXTMS
    "max. Verhältnisfaktor für Ausschaltung Katheizen"
    CURVE
    0x828082
    KlAUbSstUbWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x828082  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKHTMS
    "imlpr-Schwelle für Übergang auf Lambda-Katheizen"
    CURVE
    0x815376
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815376  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKS
    "Schwelle für integrierten Luftmassenstrom für Erkennung Benzin im Öl"
    VALUE
    0x8196F7
    KwUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLKVSMX
    "Maximale Integrationsschwelle für Fehlerfreigabe in DKVS (Tank leer)"
    VALUE
    0x827BA4
    KwUw
    233.0133
    m_q0p00355
    0.00
    233.0133

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLLASKH
    "imlpr-Schwelle für Übergang auf Lambda-Abgas-Vorgabe"
    VALUE
    0x819853
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819853  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLNAMN
    "minimale integrierte Luftmasse für die Nicht-Aktiv-Prüfung"
    VALUE
    0x81E7DE
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLNAMN2
    "minimale integrierte Luftmasse für die Nicht-Aktiv-Prüfung, Bank 2"
    VALUE
    0x81E7E0
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMN
    "minimale integrierte Luftmasse für den Plausibilitätscheck"
    VALUE
    0x81E82C
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E82C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMN2
    "minimale integrierte Luftmasse für den Plausibilitätscheck  (Bank2)"
    VALUE
    0x81E82E
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E82E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMNB
    "minimale integrierte Luftmasse für den erweiterten Plausibilitätscheck"
    VALUE
    0x81E830
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E830  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLPLCMNB2
    "minimale integrierte Luftmasse für den erweiterten Plausibilitätscheck"
    VALUE
    0x81E832
    KwUw
    1.820417
    m_q2p777Em5_kg
    0.00
    1.820417

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E832  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSALR
    "Schwellwert integr. Luftmasse f. Einschaltverzögerung LR nach SA"
    VALUE
    0x816674
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816674  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSLMNTMS
    "min. Verhältnisfaktor für Einschaltung SLS in Abhängigkeit von tmst"
    CURVE
    0x81832F
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81832F  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSLMXTMS
    "max. Verhältnisfaktor für Einschaltung SLS in Abhängigkeit von tmst"
    CURVE
    0x818338
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818338  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSLSA
    "Schwelle Luftmassenintegral für Anfang Sekundärluft im Abgas"
    VALUE
    0x81B5B6
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMLSLSE
    "Schwelle Luftmassenintegral für Ende Sekundärluft im Abgas"
    VALUE
    0x81B5B8
    KwUw
    4660.267
    m_uw_b4660
    0.00
    4660.267

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMSDTEVA
    "Schwelle für Intergal des Massenstroms TEV nach längerem TE-Stop"
    VALUE
    0x81A6A9
    KwUb
    11.32
    m_ub_q0p0444
    0.00
    11.32

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMTUMTA
    "Schwelle integrierte Luftmasse für Bestimmung Umgebungstemperatur"
    VALUE
    0x81FBC6
    KwUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IMTUMTAT
    "Schwelle integrierte Luftmasse für Bestimmung Umgebungstemperatur aus TANS"
    VALUE
    0x818673
    KwUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818673  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    INCKSTAI
    "Inkrement-Step für STADAP-Faktor"
    CURVE
    0x810BAA
    KlAUbSstUbWSb
    0.9922
    fak_sb_b1
    0.00
    0.9922

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BAA  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmadb
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IP1A_MX_UM
    "max. Spannung für DK-Istwert-Poti 1 am unteren Anschlag für die Funktionsüberw."
    VALUE
    0x814017
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814017  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IP2A_MN_UM
    "min. Spannung für DK-Istwert-Poti 2 am unteren Anschlag für die Funktionsüberw."
    VALUE
    0x814018
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814018  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IPA_T_UM
    "Fehlertoleranzzeit für unteren DK-Anschlag im ungültigen Bereich f. d. Fktüberw."
    VALUE
    0x814019
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814019  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IPREFLSUB
    "Größe für Basis-Referenzpumpstrom der LSU"
    VALUE
    0x81A368
    KwUb
    15.00
    dez
    0.00
    15.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A368  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IPREFLSUE
    "Größe für erhöhten Ref.-Pumpstrom der LSU"
    VALUE
    0x81A369
    KwUb
    15.00
    dez
    0.00
    15.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A369  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ITANWHFMA
    "Initialisierungswert für 'tanwrhf'  (Auslaß)"
    CURVE
    0x81A993
    GklWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A993  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ITANWHFME
    "Initialisierungswert für 'tanwrhf' Einlass"
    CURVE
    0x81A8EA
    GklWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8EA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ITNMXH
    "Verweilzeit unterhalb unterer Drehzahlgrenze vor Aktivierung der oberen Grenze"
    VALUE
    0x829A9E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829A9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNDTEH
    "I-Reglerparameter bei aktiver DTEV im Homogenbetrieb"
    CURVE
    0x819EE6
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE6  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNHOM
    "I-Reglerparameter bei Homogenbetrieb"
    CURVE
    0x819EF0
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EF0  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDNHOMV
    "I-Reglerparameter bei Homogenbetrieb und Kraftschluß"
    CURVE
    0x819EFA
    GklWUb
    0.6076
    rel_q0p002383
    0.00
    0.6076

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EFA  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    IVDYNLSU
    "Startwert für dynlsu_w"
    VALUE
    0x81E860
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E860  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    JKMTR
    "Index für Auswahl der entsprechenden Bits aus dem Byte im Fehlerarray"
    VALUE
    0x818B22
    KwUb
    3.000
    DEZ
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B22  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAFLTESG
    "Ausfußkonstante Leitung TEV-Saugrohr"
    VALUE
    0x82A794
    KwUw
    28.79956
    fak1_q4p3945Em4
    0.00
    28.79956

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A794  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAFPBKVPU
    "Korrektur Ausfluß abh. von pbkvmod_w/pubkv_w"
    CURVE
    0x82BF66
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF66  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pbkvmpu_w
        fak_uw_b2
        4
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KAMFZ
    "Segment- bzw. Messfensterbeginn bei Segmentzeiterfassung Aussetzererkennung"
    VALUE
    0x8181D2
    KwSb
    1530.
    kw_tooth_sy
    -768.0
    762.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KASGMD
    "Integratorverstärkung"
    VALUE
    0x81A358
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A358  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KASGRED
    "Reduktionsmoment Getriebe Füllungpfad Verstärkung (PT2-Glied)"
    VALUE
    0x829B98
    KwUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFML
    "Filterzeitkonstante für Signaldämpfung in Katbelastung"
    CURVE
    0x8189ED
    GklWUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189ED  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFMN
    "Schwellwert für kleine Katalysatorbelastung"
    VALUE
    0x8189F2
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFMNT
    "Schwellwert für kleine Katalysatorbelastung bei Testeransteuerung"
    VALUE
    0x8189F3
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFN
    "normierter Mittelwert der Sondenamplitude"
    VALUE
    0x8189F4
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFNM
    "Normierungsfaktor multiplikativ für Katbelastung"
    VALUE
    0x8189F5
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFNP
    "Normierungsfaktor additiv für Katbelastung"
    VALUE
    0x8189F6
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFSX
    "Max. Integrationsschwelle für Stoppbedingung"
    VALUE
    0x8189F7
    KwSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFXM
    "Maximale Katbelastungsschwelle für Stoppbedingung"
    CURVE
    0x81E7BA
    GklWSw
    1023.984
    freq_sw_b512
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7BA  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBFXT
    "Maximale Katbelastungsschwelle für Stoppbedingung, Testerbetrieb"
    VALUE
    0x81E7C4
    KwSw
    1023.984
    freq_sw_b512
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBSG
    "Katalysatorspeichergröße für Katbelastung"
    VALUE
    0x8189F8
    KwUb
    220.5
    m_ub_b221p35
    0.8681
    221.4

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBSH
    "Offset für Lambdaregelung leicht im fetten Bereich"
    VALUE
    0x8189F9
    KwUb
    221.4
    mgrad_ub_b221p35
    0.00
    221.4

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBSHF
    "Verstärkungsfaktor für Regellagendifferenz"
    VALUE
    0x81E7C6
    KwUw
    9996.308
    mgrad_uw_q0p0961
    0.00
    9996.308

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATBSHG
    "Begrenzungsfaktor der Regellagenkorrektur"
    VALUE
    0x8189FA
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPHX
    "Absolute Wärmekapazität Krümmer = cp_Krümmer*Masse LSU-Sechskant"
    VALUE
    0x81E95E
    KwUw
    14563.11
    fak_q0p2222_JK
    0.2222222
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E95E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMCPHX2
    "Absolute Wärmekapazität Krümmer = cp_Krümmer*Masse LSU-Sechskant, Bank 2"
    VALUE
    0x81E960
    KwUw
    14563.11
    fak_q0p2222_JK
    0.2222222
    14563.33

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E960  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMEXML
    "Exotherme Temperatur im KAT tkatm"
    CURVE
    0x818674
    GklWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818674  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMEXML2
    "Exotherme Temperatur im Kat, Bank 2"
    CURVE
    0x81867B
    GklWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81867B  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMIEXML
    "Exotherme Temperatur im KAT tikatm"
    CURVE
    0x818682
    GklWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818682  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KATMIEXML2
    "Exotherme Temperatur im KAT tikatm, Bank 2"
    CURVE
    0x818689
    GklWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818689  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KD
    "BA Normierungsfaktor (DRIVE)"
    VALUE
    0x81AEB5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDHRLSU
    "D-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x829E5A
    KwUw
    33.33282
    reltemp_q5p086Em4
    0.00
    33.33282

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKI
    "Kennlinie über dlashkm, Bewertungsfaktor für I-Anteil in der LRHK"
    CURVE
    0x829F5C
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F5C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        FORMAT "%8.6"

        AXIS_PTS_REF SM108LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKI2
    "Kennlinie über dlashkm, Bewertungsfaktor für I-Anteil in der LRHK, Bank 2"
    CURVE
    0x829F6C
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F6C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm2_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        FORMAT "%8.6"

        AXIS_PTS_REF SM208LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKP
    "Kennlinie über dlashkm_w, Bewertungsfaktor für P-Anteil in der LRHK"
    CURVE
    0x829F7C
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F7C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        FORMAT "%8.6"

        AXIS_PTS_REF SM108LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLASHKP2
    "Kennlinie über dlashkm, Bewertungsfaktor für P-Anteil in der LRHK, Bank 2"
    CURVE
    0x829F8C
    GklWSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F8C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dlashkm2_w
        fak_sw_b1
        8
        -1.000000
        0.9999695

        FORMAT "%8.6"

        AXIS_PTS_REF SM208LHSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDLRIDDVE
    "Identifizierung des DLR-Parametersatzes zu DV-E-Typ"
    VALUE
    0x818AF5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDYNFA
    "Rekursionskonstante für LSU-Dynamik bei Kurztest"
    VALUE
    0x81E862
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E862  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KDYNLSU
    "Rekursionskonstante für LSU-Dynamik"
    VALUE
    0x81E864
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E864  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KEMLN
    "Messfensterlänge für Klopfregelung"
    CURVE
    0x81986E
    GklWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81986E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFABAK
    "Aufteilungsfaktor Wandfilm bei BA"
    MAP
    0x8192C3
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8192C3  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFABK
    "Kennfeld zur Steuerung der Abgasklappe"
    MAP
    0x81B2A1
    KfAxUbAyUbSstxUbSstyUbWUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B2A1  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAFTE
    "Kennfeld Durchflußcharkteristik TEV + Leitung AKF-TEV"
    MAP
    0x81A721
    KfAxUbAyUbSstxUbSstyUbWUb
    1.984
    fak_ub_b2
    0.007813
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A721  0x7A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wdkbate
        relDK_ub_b100
        10
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x81855B
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81855B  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL1
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x81859B
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81859B  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAMAL2
    "Kennfeld Absenkungsfaktor für Lur-Wert bei erkannten Mehrfachaussetzern"
    MAP
    0x8185DB
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8185DB  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAQUERWIV
    "Gütefaktorkennfeld Querbeschleunigung (Wartungsintervallverlängerung)"
    MAP
    0x81C236
    KfAxUbAyUbSstxSwSstyUwWUw
    3.000000
    fak_uw_b5p12
    0.00
    3.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C236  0x7A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        aquerf_w
        acc_sw_q3p91em4
        5
        -12.80000
        12.79961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmotfwiv_w
        nmot_uw_q0p25
        9
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFASGVF
    "Verstärkungsfaktor DT1-Glied ASG-Drehzahlregler"
    MAP
    0x829B9A
    KfAxUwAyUwSstxSwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B9A  0x56  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnasgl_w
        nmot_uw_q0p25
        5
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ngasoff_w
        nmotg_sw_q0p39
        6
        0.00
        25599.94

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATLAK
    "Kennfeld Lambdakorrektur für Krümmerabgastemperatur"
    MAP
    0x818690
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818690  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SMT06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        lamsbg_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLX06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATLAK2
    "Kennfeld Lambdakorrektur für Krümmergastemperatur Bank 2"
    MAP
    0x8186B4
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8186B4  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SMT06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        lamsbg2_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLY06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMABKA
    "Faktor für Abgastemperaturabnahme = f(Abstellzeit,Umgebungstemperatur)"
    MAP
    0x8186D8
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8186D8  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tatu
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STU05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMABKA2
    "Faktor für Abgastemperaturabnahme = f(Abstellzeit,Umgebungstemperatur), Bank2"
    MAP
    0x8186F6
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8186F6  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tatu
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STU05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMABKK
    "Faktor für Abnahme der Katalysatortemperatur = f(Abstellzeit,Umg.temp.)"
    MAP
    0x818714
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818714  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tatu
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STU05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMABKK2
    "Faktor für Abnahme der Katalysatortemperatur = f(Abstellzeit,Umg.temp.), Bank2"
    MAP
    0x818732
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818732  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabstatm_w
        t1sxs_uw_q1
        6
        0.00
        65535.00

        FORMAT "%8.2"

        AXIS_PTS_REF STS06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tatu
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STU05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMKR
    "Kennfeld stationäre Krümmerabgastemperatur f(nmot,rl)"
    MAP
    0x818750
    KfAxUbAyUbSstxUbSstyUbWUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818750  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMKR2
    "Kennfeld stationäre Krümmerabgastemperatur Bank 2"
    MAP
    0x8187A2
    KfAxUbAyUbSstxUbSstyUbWUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8187A2  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMLA
    "Kennfeld Abgastemperatur-Korrektur = f(Lambda)"
    MAP
    0x8187F4
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8187F4  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        lamsbg_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLX06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMLA2
    "Kennfeld Abgastemperatur-Korrektur = f(lambda) Bank2"
    MAP
    0x818818
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818818  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        lamsbg2_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLY06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMZW
    "Kennfeld Abgastemperatur-Korrektur = f(Zündwinkelverstellung)"
    MAP
    0x81883C
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81883C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATMZW2
    "Kennfeld Abgastemperatur-Korrektur = f(Zündwinkel) Bank2"
    MAP
    0x818860
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818860  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATZWK
    "Kennfeld Zündwinkelkorrektur für Krümmerabgastemperatur"
    MAP
    0x818884
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818884  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SMT06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFATZWK2
    "Kennfeld Zündwinkelkorrektur für Krümmergastemperatur Bank 2"
    MAP
    0x8188A8
    GkfWSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8188A8  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SMT06TMUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFAVAK
    "Aufteilungsfaktor Wandfilm bei VA"
    MAP
    0x819302
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819302  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBAKL
    "Faktor Beschleunigungsanreicherung (K+L-Anteil)"
    MAP
    0x819341
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819341  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBRAWA
    "Sollbeschleunigung bei Wiederaufnahme"
    MAP
    0x81EA34
    KfAxUwAyUwSstxUwSstyUwWUw
    27.78029
    bfzg_uw_q4p239Em4
    0.00
    27.78029

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EA34  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgr_w
        vfzg_uw_b512
        8
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        dvzi_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFBS
    "Kennfeld für banksel. Gemischfaktor"
    MAP
    0x81F65E
    KfAxUbAyUbSstxUbSstyUbWSb
    0.4980
    fak_sb_b0p25
    -0.2500
    0.2480

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F65E  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFCFO1
    "Kennfeld zur Definition der Bereichseigenschaften (dominant..)"
    MAP
    0x8101E8
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101E8  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        idxfomi
        dez
        3
        0.00
        2.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  3

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        idxfon
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFCFO2
    "Kennfeld zur Definition der Bereichseigenschaften (dominant..)"
    MAP
    0x810200
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810200  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        idxfomi
        dez
        3
        0.00
        2.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  3

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        idxfon
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFCFO3
    "Kennfeld zur Definition der Bereichseigenschaften (dominant..)"
    MAP
    0x810218
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810218  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        idxfomi
        dez
        3
        0.00
        2.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  3

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        idxfon
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDETATE
    "Zündwinkelwirkungsgrad Korrektur for DTEV"
    MAP
    0x81A6AA
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6AA  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        etazwist
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        dmletanu
        m_q0p1
        6
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDFBTMN
    "Faktor Dynamikanteil Brennraumtemperaturmodell für negative Gradienten"
    MAP
    0x81F26A
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F26A  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabgm_w
        temp_uw_q0p0195_o50
        6
        -50.00000
        1229.980

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDFBTMP
    "Faktor Dynamikanteil Brennraumtemperaturmodell für positive Gradienten"
    MAP
    0x81F2B0
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F2B0  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabgm_w
        temp_uw_q0p0195_o50
        6
        -50.00000
        1229.980

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLASO
    "Kennfeld Lambdasollwert-Korrektur für stetigen Lambdaregler"
    MAP
    0x81A36F
    GkfWSb
    0.06226
    fak_sb_b0p03125
    -0.03125
    0.03101

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36F  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08LSUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08LSUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLASO2
    "Kennfeld Lambdasollwert-Korrektur für stetigen Lambdaregler, Bank2"
    MAP
    0x81A3AF
    GkfWSb
    0.06226
    fak_sb_b0p03125
    -0.03125
    0.03101

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A3AF  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08LSUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08LSUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLBTS
    "Delta Lambdasoll für Bauteileschutz"
    MAP
    0x827C06
    KfAxUbAyUbSstxUbSstyUbWSb
    1.000
    fak_sb_b1
    -1.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C06  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        detazwbs
        rel_ub_b127p5
        8
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        4
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLBTSGRL
    "Delta Lambda Bauteileschutz, gang- und lastabhängig"
    MAP
    0x827C34
    KfAxUbAyUbSstxUbSstyUbWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C34  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLSD
    "Dämpfung PT2-Filter Lastschlagdämpfung"
    MAP
    0x829684
    GkfWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829684  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81C74E
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C74E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR1
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81C7CE
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C7CE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLUR2
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81C84E
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C84E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDLURS
    "Kennfeld für Laufunruhedifferenz dluts Referenzwert"
    MAP
    0x81C8CE
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C8CE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDADP
    "Obere Schwelle für Momenteneingriff bei Dashpot"
    MAP
    0x8294C2
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294C2  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDARO
    "Obere Schwelle für Momenteneingriff"
    MAP
    0x829522
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829522  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDAROS
    "Obere Schwelle für Momenteneingriff stationär"
    MAP
    0x829582
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829582  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA06MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mkar_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"

        AXIS_PTS_REF SMK08MDSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDKOE
    "Anfangswert Momentenfilter bei Klimakompressor Einschalten"
    MAP
    0x819F79
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F79  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tlok
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMDPO
    "Delta Moment Dashpotauslösung"
    MAP
    0x815908
    KfAxUbAyUbSstxSwSstyUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815908  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        6
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMLSDO
    "Delta Moment Auslösung Lastschlagdämpfung"
    MAP
    0x81597E
    KfAxUwAyUwSstxSwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81597E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfanb_w
        rel_sw_b100
        8
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMLSDS
    "Delta Moment Auslösung Lastschlagdämpfung nach Schaltvorgang"
    MAP
    0x8296E4
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8296E4  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x811376
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811376  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped
        relPED_ub_b100
        8
        0.00
        100.0

        FORMAT "%5.1"

        AXIS_PTS_REF SWP08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UC_0
    ""
    MAP
    0x8117BA
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8117BA  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UC_1
    ""
    MAP
    0x8117FA
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8117FA  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UM_0
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x814153
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814153  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMP_UM_1
    "Kennfeld für pedalabhängigen Teil der Verlustmomente"
    MAP
    0x814193
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814193  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente (Ebene 1)"
    MAP
    0x8113B6
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8113B6  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UC_0
    ""
    MAP
    0x81183A
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81183A  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_uc
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF TMOV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UC_1
    ""
    MAP
    0x81187A
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81187A  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_uc
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF TMOV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UM_0
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente"
    MAP
    0x8141D3
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8141D3  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_um
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF TMOV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDMT_UM_1
    "Kennfeld zur Berücksichtigung temperaturabhängiger Momente"
    MAP
    0x814213
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814213  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmotmn_um
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF TMOV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDQTMTU
    "Zusätzlicher Kühlbedarf abhängig von tmot, tum"
    MAP
    0x81AEDA
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEDA  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDQUEBER
    "Kennfeld Wärmeüberschuss zur Ansteuerung der Lüfter"
    MAP
    0x81AEFF
    GkfWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEFF  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dtmtka
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"

        AXIS_PTS_REF STS05DTKA

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dkmts
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"

        AXIS_PTS_REF STS05DTTS

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMRS
    "Kennfeld Motortemperatur-Gradient im Schub für Referenzmodell"
    MAP
    0x827D74
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D74  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmrw
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTE
    "Kennfeld Motortemperaturgradient für Ersatztemperatur"
    MAP
    0x827D94
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D94  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmew
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTR
    "Kennfeld Motortemperaturgradient für Referenztemperatur"
    MAP
    0x827DB4
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DB4  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmrw
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDTMTU
    "Kennfeld Korrekturgradient Motortemperatur bei geringer Erwärmung"
    MAP
    0x827DD4
    KfAxUbAyUbSstxUbSstyUbWSb
    0.1868
    temp_sb_b0p093
    -0.09375
    0.09302

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DD4  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mll1
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumginp
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWNWDMXA
    "Maximale Abweichung Nockenwellenposition für Fehlereintrag Auslass"
    MAP
    0x82B9C6
    KfAxUwAyUwSstxUwSstyUwWUw
    511.9922
    kw_uw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9C6  0x56  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWNWDMXE
    "Maximale Abweichung Nockenwellenposition für Fehlereintrag Einlass"
    MAP
    0x82B90E
    KfAxUwAyUwSstxUwSstyUwWUw
    511.9922
    kw_uw_q0p0078
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B90E  0x56  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWNWSUE
    "Sollwinkeländerung Einlaßnockenwelle bei aktiver Saugrohrumschaltung"
    MAP
    0x82ADC2
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADC2  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWSZ
    "delta Zündwinkelkennfeld für selektive Zündverstellung"
    MAP
    0x811F14
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F14  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDWSZU
    "delta Zündwinkelkennfeld für selektive Zündverstellung bei umgeschalteten Saugro"
    MAP
    0x811FD4
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811FD4  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYES
    "Lastdynamikerkennungsschwelle"
    MAP
    0x828688
    GkfWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828688  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRDYUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYMNT
    "vorgesteuerter Dynamikvorhalt"
    MAP
    0x8153F6
    KfAxUbAyUbSstxUbSstyUwWUw
    49151.25
    zw_uw_qn0p75
    -49151.25
    0.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153F6  0x122  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        evtmod
        temp_ub_q0p75_o48
        16
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYRS
    "Dynamikvorhalt Erkennungsschwelle"
    MAP
    0x828748
    GkfWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828748  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRDYUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDYRSOF
    "Dynamikvorhalt Offsetschwelle"
    MAP
    0x828808
    GkfWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828808  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRDYUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZK
    "delta Zündwinkel bei Dauerklopfen"
    MAP
    0x81AA0C
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA0C  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZMNST
    "Min-Zündwinkeloffset im Nachstart - Regelung des Startüberschwingers"
    MAP
    0x811E4E
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E4E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04ZUUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        4
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS04ZUSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWKG
    "Zündwinkelkorrektur durch Verschieben der Klopfgrenze"
    MAP
    0x81AACC
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AACC  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        lambas_w
        fak_uw_b16
        9
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLA09OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFDZWTBR
    "temperaturabhängiger Offset des optimalen ZW"
    MAP
    0x81612E
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81612E  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFETAMNMS
    "Kennfeld minimaler ZW-Wirkungsgrad Motorschutz"
    MAP
    0x811E5E
    GkfWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811E5E  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFETANKH
    "Kennfeld minimaler ZW-Wirkungsgrad Brenngrenze bei Kat-Heizen"
    MAP
    0x816D48
    GkfWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D48  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFETATE
    "Kennfeld gewünscher Wirkungsgrad bei Tankentlüftung bei Erreichen te = TEMIN"
    MAP
    0x82A69C
    KfAxUwAyUwSstxSwSstyUwWUw
    50.00000
    rel_q0p00195
    50.00000
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A69C  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fteadf_w
        fak_q0p00195
        3
        -64.00000
        63.99805

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifa_w
        rel_uw_b100
        5
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFETAZN
    "Kennfeld minimaler ZW-Wirkungsgrad Brenngrenze"
    MAP
    0x816DF8
    GkfWUb
    127.5
    rel_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816DF8  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFFANZ
    "Anzahl Folgefunken"
    MAP
    0x81ACF8
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACF8  0x37  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFGDMAR
    "Gewichtungsfaktor für maximalen stationären Antiruckel-Eingriff"
    MAP
    0x81A155
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A155  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFMSML
    "Abgasgegendruckkorrektur der Sekundärluftmasse"
    MAP
    0x818341
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818341  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFNWA
    "Wichtung Nockenwelle Auslass"
    MAP
    0x81A7A6
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A6  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fnwua
        fak_ub_b1
        6
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFNWE
    "Wichtung Nockenwelle Einlass"
    MAP
    0x81A7D8
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7D8  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fnwue
        fak_ub_b1
        6
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRARAW
    "Verstärkungsfaktor bei AT, WK geschlossen"
    MAP
    0x81A187
    KfAxUbAyUbSstxUbSstyUbWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A187  0x39  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        7
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRARHG
    "Verstärkungsfaktor"
    MAP
    0x81A1C0
    KfAxUbAyUbSstxUbSstyUbWUb
    3.113
    fak_ub_b3p125
    0.00
    3.113

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A1C0  0x39  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        7
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRIDZW
    "Bewertungsfaktor der Restgasabhängigkeit des optimalen ZW  bezogen auf Lambda 1"
    MAP
    0x811205
    GkfWUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811205  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRMIN
    "untere Regelbereichsgrenze"
    MAP
    0x82A004
    KfAxUbAyUbSstxUbSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A004  0x38  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tnst_w
        t10msxs_uw_b655p35
        4
        0.00
        655.3500

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFRTMKI
    "Faktor für Momentenbegrenzung abhängig von Drehzahl und Gang"
    MAP
    0x81A2F8
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2F8  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFTEAN
    "Kennfeld Maximale Spülrate bei Notlauftankentlüftung"
    MAP
    0x81A57F
    GkfWUb
    0.1992
    fak_ub_b0p5
    0.00
    0.1992

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A57F  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM10TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        wdkba
        relDK_ub_b100
        10
        0.00
        100.0

        FORMAT "%5.1"

        AXIS_PTS_REF SDK10TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFTEAX
    "Kennfeld maximale Spülrate"
    MAP
    0x81A5E3
    KfAxUbAyUbSstxUbSstyUbWUb
    0.1992
    fak_ub_b0p5
    0.00
    0.1992

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A5E3  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFUPSRLK
    "fupsrl-Korrektur bei großen Lasten (rl-abhängig)"
    MAP
    0x826A10
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x826A10  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rlfg_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWL
    "Kennfeld Warmlauffaktor"
    MAP
    0x818EA0
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818EA0  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWLRL
    "Kennfeld Warmlauffaktor lastabhängiger Anteil"
    MAP
    0x8109C2
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109C2  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWLW
    "Kennfeld Wichtung Warmlauffaktor"
    MAP
    0x8109F2
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109F2  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFFWTBR
    "Wichtungsfaktor Tans/Tmot für Brennraumtemperaturmodell"
    MAP
    0x818BED
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818BED  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        10
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFGNSOL
    "Kennfeld für Abregelinitialisierungswert fgnsol"
    MAP
    0x827F86
    KfAxUbAyUbSstxUwSstyUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F86  0x38  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlatmw_w
        m_uw_b23p3
        6
        0.00
        23.30133

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHOEHK
    "Kennfeld Höhenkorrektur"
    MAP
    0x81AF18
    KfAxUbAyUbSstxUbSstyUbWUb
    2.550
    fak_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF18  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pu
        p_ub_q5
        5
        0.00
        1275.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFHSTT
    "Faktor Heißstart"
    MAP
    0x810BE7
    KfAxUbAyUbSstxUbSstyUbWUb
    63.75
    fak_ub_b64
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE7  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFIVMXNWA
    "Initialisierung für max Vestellgeschwindigkeit Nockenwellensteller Auslass"
    MAP
    0x81A99B
    GkfWSb
    996.1
    kwgrad_q3p9
    -500.0
    496.1

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A99B  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFIVMXNWE
    "Initialisierung für max Vestellgeschwindigkeit Nockenwellensteller Einlass"
    MAP
    0x81A8F2
    GkfWSb
    996.1
    kwgrad_q3p9
    -500.0
    496.1

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8F2  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKABMT
    "Kennfeld Korrekturfaktor für berechnete Amplitude, abhängig von ml und Kat.-Tem"
    MAP
    0x8189FB
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189FB  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        8
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tkdkte
        temp_ub_q5_o50
        8
        -50.00
        1225.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKATI
    "Kennfeld Korrektur Nachstartfaktor über anzti"
    MAP
    0x814E66
    KfAxUbAyUbSstxUbSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814E66  0x146  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib1_w
        dez
        12
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF1
    "Klopferkennungsfaktorkennfeld Zündung 1"
    MAP
    0x8198CC
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198CC  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF2
    "Klopferkennungsfaktorkennfeld Zündung 2"
    MAP
    0x8198FC
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198FC  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF3
    "Klopferkennungsfaktorkennfeld Zündung 3"
    MAP
    0x81992C
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81992C  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF4
    "Klopferkennungsfaktorkennfeld Zündung 4"
    MAP
    0x81995C
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81995C  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF5
    "Klopferkennungsfaktorkennfeld Zündung 5"
    MAP
    0x81998C
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81998C  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF6
    "Klopferkennungsfaktorkennfeld Zündung 6"
    MAP
    0x8199BC
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199BC  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF7
    "Klopferkennungsfaktorkennfeld Zündung 7"
    MAP
    0x8199EC
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8199EC  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKEF8
    "Klopferkennungsfaktorkennfeld Zündung 8"
    MAP
    0x819A1C
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A1C  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        3
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL03KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKHFM
    "Korrekturkennfeld für HFM"
    MAP
    0x8104FD
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104FD  0xE2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        14
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        14
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKOMABNPU
    "mrfa-Schwelle ab der Klimakompressor nicht mehr abgeschaltet wird"
    MAP
    0x82CEAC
    KfAxUwAyUwSstxUwSstyUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEAC  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        3
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKOROLSW
    "Korrekturkennfeld Ölniveauschwelle"
    MAP
    0x81C2B0
    KfAxUbAyUbSstxUbSstyUwWUw
    127.0000
    s_uw_q62p5um
    0.00
    127.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C2B0  0xE8  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toeli
        temp_ub_q1_o60
        10
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmotfwiv_w
        nmot_uw_q0p25
        10
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKSWF
    "Kennfeld für Kat.-Schutz-Wichtungsfaktoren"
    MAP
    0x81023D
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81023D  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        midmd
        rel_ub_b99p6
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKTRLN
    "Kennfeld Motor-Solltemperatur"
    MAP
    0x81AF3D
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF3D  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rltmso1
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKTRV
    "Motorsolltemperatur für Kühlmitteltemperaturregelung geschwindigkeitsabhängg"
    MAP
    0x81AF62
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF62  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFKWTMP
    "Kennfeld Drehmomentenreserve für Kat warmhalten, zeitweise"
    MAP
    0x8281C4
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8281C4  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifakh_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAFWL
    "Offset Lambda-Motor-Soll"
    MAP
    0x8191EC
    GkfWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191EC  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08GKUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAMKR
    "Wichtungsfaktor für Anfettung bei Zündwinkelspätverstellung"
    MAP
    0x81921C
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81921C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06GKUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAMKRL
    "Anfettung bei Zündwinkelspätverstellung"
    MAP
    0x819240
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819240  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dzwlamfaw
        zw_ub_qn0p75
        6
        -191.3
        0.00

        FORMAT "%5.1"

        AXIS_PTS_REF SDZ06GKUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLAMSLS
    "Kennfeld Lambda-Korrektur bei Sekundärluft"
    MAP
    0x811C03
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C03  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLANS
    "Kennfeld Lambda-Motor-Beschreibung im Nachstart"
    MAP
    0x81FA40
    KfAxUbAyUbSstxUbSstyUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA40  0x146  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib1_w
        dez
        12
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLANSKH
    "Kennfeld Lambda-Motor-Vorgabe bei Katheizen im Nachstart"
    MAP
    0x8283A8
    KfAxUbAyUbSstxUbSstyUwWUw
    15.89990
    fak_q0p000244
    0.09985352
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8283A8  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib_w
        dez
        12
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLASKH
    "Kennfeld Lambda-Abgas-Soll bei Katheizen"
    MAP
    0x828458
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828458  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLASWLR
    "Kennfeld Lambda-Motor-Soll im Warmlauf bei aktiver LR"
    MAP
    0x81911A
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81911A  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTS
    "Lambdasoll für Bauteileschutz"
    MAP
    0x819491
    GkfWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819491  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12GKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTS2
    "Lambdasoll für Bauteileschutz"
    MAP
    0x819551
    GkfWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819551  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12GKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTSBG
    "minimales Lambdasoll für Bauteileschutz (Begrenzung)"
    MAP
    0x819611
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819611  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12GKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLBTSDY
    "Vorgabe der Anfettung zum Bauteileschutz wegen Lastdynamik"
    MAP
    0x827C86
    KfAxUbAyUbSstxUbSstyUbWUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827C86  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        detazwbs
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLF
    "Lambdakennfeld bei Teillast"
    MAP
    0x818E33
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E33  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        2
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        2
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLMSKH
    "Kennfeld Lambda-Motor-Soll bei Katheizen"
    MAP
    0x8284FC
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8284FC  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLMSKHKST
    "Kennfeld Lambda-Motor-Soll bei Katheizen mit tmst kleiner als TMSTLMS"
    MAP
    0x8285A0
    KfAxUwAyUwSstxUwSstyUwWUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8285A0  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG1
    "Kennfeld Reglerparameter g1 stetiger Lambdaregler"
    MAP
    0x82A03C
    GkfWSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A03C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG12
    "Kennfeld Reglerparameter g1 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A0AC
    GkfWSw
    63.99902
    fak_sw_b32
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A0AC  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG2
    "Kennfeld Reglerparameter g2 stetiger Lambdaregler"
    MAP
    0x82A11C
    GkfWUw
    63.99902
    fak_uw_b64_1
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A11C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG22
    "Kennfeld Reglerparameter g2 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A18C
    GkfWUw
    63.99902
    fak_uw_b64_1
    0.00
    63.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A18C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG4
    "Kennfeld Reglerparameter g4 stetiger Lambdaregler"
    MAP
    0x82A1FC
    GkfWSw
    3.999939
    fak_sw_b2_1
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A1FC  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSG42
    "Kennfeld Reglerparameter g4 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A26C
    GkfWSw
    3.999939
    fak_sw_b2_1
    -2.000000
    1.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A26C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP1
    "Kennfeld Reglerparameter p1 stetiger Lambdaregler"
    MAP
    0x82A2DC
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A2DC  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP12
    "Kennfeld Reglerparameter p1 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A34C
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A34C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP2
    "Kennfeld Reglerparameter p2 stetiger Lambdaregler"
    MAP
    0x82A3BC
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A3BC  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP22
    "Kennfeld Reglerparameter p2 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A42C
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A42C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP3
    "Kennfeld Reglerparameter p3 stetiger Lambdaregler"
    MAP
    0x82A49C
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A49C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP32
    "Kennfeld Reglerparameter p3 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A50C
    GkfWUw
    127.9980
    fak_uw_b128
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A50C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP4
    "Kennfeld Reglerparameter p4 stetiger Lambdaregler"
    MAP
    0x82A57C
    GkfWSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A57C  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSP42
    "Kennfeld Reglerparameter p4 stetiger Lambdaregler, Bank 2"
    MAP
    0x82A5EC
    GkfWSw
    127.9980
    fak_sw_b64
    -64.00000
    63.99805

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A5EC  0x70  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM07LSUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08LSUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRST
    "Kennfeld Streckentotzeit"
    MAP
    0x827834
    KfAxUwAyUwSstxUwSstyUwWUw
    327.67000000
    tz10msxs_uw_b327p68
    0.010000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x827834  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRST2
    "Kennfeld Streckentotzeit, Bank 2"
    MAP
    0x8278C6
    KfAxUwAyUwSstxUwSstyUwWUw
    327.67000000
    tz10msxs_uw_b327p68
    0.010000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8278C6  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSZ
    "Kennfeld Streckenzeitkonstante der LRS, 16-Bit"
    MAP
    0x827958
    KfAxUwAyUwSstxUwSstyUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x827958  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLRSZ2
    "Kennfeld Streckenzeitkonstante der LRS, 16-Bit, Bank 2"
    MAP
    0x8279EA
    KfAxUwAyUwSstxUwSstyUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8279EA  0x92  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        7
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLSDWA
    "Delta Moment Auslösung Lastschlagdämpfung bei offener Wandlerkupplung"
    MAP
    0x829744
    KfAxUbAyUbSstxSwSstyUbWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829744  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnitu_w
        nmotd_sw_q0p25
        8
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangist
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81C4BE
    GkfWUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C4BE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR1
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81C53E
    GkfWUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C53E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUAR2
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81C5BE
    GkfWUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C5BE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUARS
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert"
    MAP
    0x81C63E
    GkfWUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C63E  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUARV
    "Kennfeld für Laufunruhe-Abstandsmass-Referenzwert für Ventilhub gross"
    MAP
    0x81C6BE
    GkfWUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C6BE  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLUESIC
    "Umrechnung Tastverhältnis Lüfteransteuerung in Istzustand Lüftersteuerung"
    MAP
    0x81AF87
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AF87  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tvlues1
        tv_ub_b100
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tvlues2
        tv_ub_b100
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81C974
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C974  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB1
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81C9F4
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C9F4  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURB2
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81CA74
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CA74  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURBS
    "Kennfeld für Laufunruhe-Referenz-Basiswert"
    MAP
    0x81CAF4
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CAF4  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURBV
    "Kennfeld für Laufunruhe-Referenz-Basiswert Ventilhub groß"
    MAP
    0x81CB74
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CB74  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DM1UB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM3UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURM
    "Kennfeld für Laufunruhe-Referenzwert zur Mehrfachaussetzererkennung ->Lum-Vergl."
    MAP
    0x81CBF4
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CBF4  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFLURM1
    "Kennfeld für Laufunruhe-Referenzwert zur Mehrfachaussetzererkennung ->Lum-Vergl."
    MAP
    0x81CC74
    GkfWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CC74  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        midmd
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMI08DMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMAKR
    "Kennfeld Meßfensteranfang Klopfregelung"
    MAP
    0x81987E
    GkfWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81987E  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL04KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDBGRG
    "Kennfeld mit dem Wert der Momentenbegrenzung"
    MAP
    0x829B1C
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B1C  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        2
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        2
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDDLWS
    "Lenkhilfelastmoment abhängig von der Lenkwinkelgeschwindigkeit"
    MAP
    0x815836
    KfAxSwAySwSstxSwSstySwWSw
    99.99847
    rel_uw_b100
    -50.00000
    49.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815836  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dlwsu_w
        dlw_sw_q0p04375
        6
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        lws_w
        lw_sw_q0p04375
        6
        -1434.044
        1434.000

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDDSLAD
    "Kennfeld Drehmomentenreserve bei Aktivdiagnose-Sekundärluft"
    MAP
    0x8281F8
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8281F8  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mifakh_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDDSLFA
    "Kennfeld Drehmomentenreserve bei Testereingriff Sekundärluftdiagnose"
    MAP
    0x82822C
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82822C  0x34  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifakh_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDELMX
    "Drehmomentenaufnahme Generator"
    MAP
    0x82942A
    KfAxUbAyUbSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82942A  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDGEN
    "Drehmomentenaufnahme Generator"
    MAP
    0x819F9D
    KfAxUbAyUbSstxUbSstyUbWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F9D  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        kldfpwm
        rel_ub_b99p6
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDKH
    "Kennfeld Drehmomentenreserve für Katheizen"
    MAP
    0x828260
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828260  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifakh_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDKHLL
    "Kennfeld Drehmomentenreserve für Katheizen bei LL"
    MAP
    0x828304
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828304  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifakh_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDKO
    "Drehmomentaufnahme Klimakompressor"
    MAP
    0x819FC8
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FC8  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tlok
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDPKO
    "stationäre Kompressorlast bei Drucksignal von AC-Kompressor über CAN"
    MAP
    0x819FEC
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819FEC  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        pkodrc
        p_q0p2
        6
        0.00
        51.00

        FORMAT "%5.2"

        AXIS_PTS_REF SKO06PKO

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDPKOME
    "Kompressorlast beim Einschalten bei Drucksignal von AC-Kompressor"
    MAP
    0x81A010
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A010  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        pkodrc
        p_q0p2
        6
        0.00
        51.00

        FORMAT "%5.2"

        AXIS_PTS_REF SKO06PKO

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDPWM
    "stationäre Kompressorlast bei PWM-Lastsignal von AC-Kompressor"
    MAP
    0x81A034
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A034  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        takols
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SKO06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDPWME
    "Kompressorlast beim Einschalten bei PWM-Lastsignal von AC-Kompressor"
    MAP
    0x81A058
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A058  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        takols
        dez
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SKO06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDRKO
    "Kennfeld: Klimakompressormoment abh. von rl, nmot"
    MAP
    0x81A07C
    GkfWUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A07C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDRKOE
    "Kennfeld: Klimakompressormoment dyn. Anteil abh. von rl, nmot"
    MAP
    0x81A0A0
    GkfWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0A0  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06KOUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL06KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDS
    "Schleppmoment Drehzahl- und Lastabhängigkeit"
    MAP
    0x8298EE
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298EE  0x160  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16__UW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dpsu_w
        p_uw_q0p039
        11
        0.00
        2559.961

        FORMAT "%8.3"

        AXIS_PTS_REF SPS11MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMDWMX
    "Max. Begrenzung für Drehmomentaufnahme des Wandlers"
    MAP
    0x810FAF
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FAF  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMGES
    "ind. Moment bei fehlende Getriebe Botschaften"
    MAP
    0x8135CE
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135CE  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        5
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIFABG
    "Delta-Moment für Gradientenbegrenzung"
    MAP
    0x8159FE
    KfAxUwAyUwSstxSwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8159FE  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfa_w
        rel_sw_b50
        8
        -50.00000
        49.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIFABGWK
    "Delta-Moment für Gradientenbegrenzung bei offener Wandlerkupplung"
    MAP
    0x815AA2
    KfAxUwAyUwSstxSwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815AA2  0x5C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkfa_w
        rel_sw_b50
        8
        -50.00000
        49.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIFALS
    "Indiziertes Fahrerwunschmoment für Füllungspfad bei Lastschlagdämpfung"
    MAP
    0x815AFE
    KfAxUbAyUbSstxUbSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815AFE  0x9A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mifak_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMILSD
    "Startwert indiziertes Moment für Lastschlagdämpfung"
    MAP
    0x815B98
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815B98  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mivbeb_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIMN
    "Minimales Schubmoment"
    MAP
    0x8293E0
    KfAxUbAyUbSstxUbSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8293E0  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        2
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        2
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIOP
    "Kennfeld optimales Motormoment"
    MAP
    0x816154
    GkfWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816154  0x160  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMIRL
    "Kennfeld für Berechnung Sollfüllung"
    MAP
    0x814CC8
    GkfWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CC8  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        misopl1n_w
        rel_uw_b100
        12
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SMI12OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMI_UC
    "Kennfeld optimales Motormoment im Befehlstest"
    MAP
    0x81167D
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81167D  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_uc
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF MIST_RLV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMI_UM
    "Kennfeld optimales Motormoment in der Funktionsüberwachung"
    MAP
    0x814098
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814098  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_um
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF RLV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMLDMN
    "ML-Schwelle für B_minflr-Diagnose HFM/HLM"
    MAP
    0x81EE2A
    KfAxUbAyUbSstxSwSstyUbWSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EE2A  0xAC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkba_w
        relDK_q0p02441
        8
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        9
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMLDMX
    "ML-Schwelle für B_maxflr-Diagnose HFM/HLM"
    MAP
    0x814556
    KfAxUbAyUbSstxSwSstyUbWSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814556  0xAC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkbadmx_w
        relDK_q0p02441
        8
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        9
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMODI
    "Kennfeld für Aussetzermodi und deren Parameter"
    MAP
    0x813734
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x813734  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        xkfmodi
        dez
        6
        0.00
        5.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  6

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        ykfmodi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF
    "Kennfeld für Offset-Toleranz in Abhängigkeit vom zulässigen Moment (Ebene 1)"
    MAP
    0x8113F6
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8113F6  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mizuvfil
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF SMO08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF_UC
    "Kennfeld für Offset-Toleranz abhängig vom zulässigen Moment im Befehlstest"
    MAP
    0x8118BA
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8118BA  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mz_uc
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF MDV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMOF_UM
    "Kennfeld für Offset-Toleranz in Abhängigkeit vom zulässigen Moment"
    MAP
    0x814253
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814253  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        mz_um
        rel_ub_b99p6
        8
        0.00
        99.61

        FORMAT "%5.2"

        AXIS_PTS_REF MDV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRES
    "LLR: Basis Momentenreserve im LL und ll-nahem Bereich"
    MAP
    0x811002
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811002  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESK
    "LLR: Basis Momentenreserve im LL und ll-nahem Bereich,ausgekuppelt"
    MAP
    0x81101A
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81101A  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESKH
    "Momentenreserve bei Kat.heizen"
    MAP
    0x811032
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811032  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM04SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESNL
    "Momentenreserve im nicht Leerlauf"
    MAP
    0x81104A
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81104A  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMRESTA
    "Momentreserve abhängig von tans"
    MAP
    0x811062
    GkfWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811062  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA04LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        mifa_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"

        AXIS_PTS_REF SMI04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFMSNWDK
    "Kennfeld normierter Massenstrom über DK"
    MAP
    0x81460E
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81460E  0xF0  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkbab_w
        rel_uw_b100
        16
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNFSKHM
    "Leerlaufsolldrehzahl bei Katheizen mit eingelegter Fahrstufe"
    MAP
    0x828090
    KfAxUbAyUbSstxUbSstyUwWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x828090  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        2
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        frhokor_w
        fak_uw_b4
        2
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNL2TUM
    "Kennfeld Nachlaufzeit bei Nachtriggerung"
    MAP
    0x82BCD2
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCD2  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLLKHM
    "Leerlaufsolldrehzahl bei Kat.-Heizung"
    MAP
    0x82809C
    KfAxUbAyUbSstxUbSstyUwWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x82809C  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        2
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        frhokor_w
        fak_uw_b4
        2
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLLNST
    "Drehzahlverlauf nach Start"
    MAP
    0x819D8C
    GkfWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D8C  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tnst
        t1sxs_ub_b255
        6
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF STN06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLTKV
    "Kennfeld Nachlaufzeit"
    MAP
    0x82BD1C
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD1C  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vsksmlf_w
        volgrd_q5p96Em4
        5
        0.00
        39.06190

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNLTUM
    "Kennfeld Nachlaufzeit aus TUM / TMOT"
    MAP
    0x82BD66
    KfAxUwAyUwSstxUwSstyUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BD66  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSA
    "Nachstartanhebung"
    MAP
    0x818F30
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F30  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSKHLL
    "Kennfeld für Drehzahlabsteuerung während Katheizen"
    MAP
    0x819815
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819815  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr
        fak_ub_b1
        5
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSTAMX
    "Drehzahlschwelle für STADAP aktiv"
    MAP
    0x8190EE
    KfAxUbAyUbSstxUbSstyUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EE  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nstat
        nmot_ub_q10
        4
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNSWRL
    "Wichtung Nachstartanhebung"
    MAP
    0x810A16
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A16  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADA
    "Festlegung des Adaptionsbereichs für Flankenadaption Phasensensor Auslass"
    MAP
    0x81A81D
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A81D  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADE
    "Festlegung des Adaptionsbereichs für Flankenadaption Phasensensor Einlass"
    MAP
    0x81A837
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A837  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADGA
    "Festlegung des Adaptionsbereichs für Erste Flankenadaption Phasensensor Auslass"
    MAP
    0x81A851
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A851  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWADGE
    "Festlegung des Adaptionsbereichs für Erste Flankenadaption Phasensensor Einlass"
    MAP
    0x81A86B
    KfAxUbAyUbSstxUbSstyUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A86B  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkf
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnwkf
        rel_ub_q0p75
        4
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWDA
    "Verstärkunsfaktor D_Anteil Lageregler Nockenwelle Auslaß"
    CURVE
    0x816D0C
    GklWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D0C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWDE
    "Verstärkunsfaktor D_Anteil Lageregler Nockenwelle Einlaß"
    CURVE
    0x816CCA
    GklWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CCA  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWEGM
    "Wiedereinsetzdrehzahlkennfeld"
    MAP
    0x819CC7
    GkfWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC7  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHA
    "Kennfeld für Nockenwellenspreizung bei Katheizen (Auslaß)"
    MAP
    0x82C018
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C018  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHE
    "Kennfeld für Nockenwellenspreizung bei Katheizen (Einlaß)"
    MAP
    0x82AFC2
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AFC2  0x100  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHKA
    "Kennfeld für Nockenwellenspreizung bei Katheizen kalter Motor (Auslaß)"
    MAP
    0x82C218
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C218  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHKE
    "Kennfeld für Nockenwellenspreizung bei Katheizen kalter Motor (Einlaß)"
    MAP
    0x82B0C2
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B0C2  0x100  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHLLA
    "Kennfeld für Nockenwellenspreizung bei Katheizen und B_ll (Auslaß)"
    MAP
    0x82C418
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C418  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHLLE
    "Kennfeld für Nockenwellenspreizung bei Katheizen und B_ll (Einlaß)"
    MAP
    0x82B1C2
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1C2  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHLLKA
    "Kennfeld für Nockenwellenspreizung bei Katheizen und B_ll kalter Motor (Auslaß)"
    MAP
    0x82C44A
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C44A  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKHLLKE
    "Kennfeld für Nockenwellenspreizung bei Katheizen und B_ll kalter Motor (Einlaß)"
    MAP
    0x82B1F4
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B1F4  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKRA
    "Sollwinkel Nockenwelle  bei klopfender Verbrennung Auslaß"
    MAP
    0x82C47C
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C47C  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWKRE
    "Sollwinkel Nockenwelle  bei klopfender Verbrennung Einlaß"
    MAP
    0x82B226
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B226  0x100  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        8
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWLLA
    "Kennfeld für Nockenwellenspreizung im Leerlauf (Auslaß)"
    MAP
    0x82C67C
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C67C  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWLLE
    "Kennfeld für Nockenwellenspreizung im Leerlauf (Einlaß)"
    MAP
    0x82B326
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B326  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWLLHA
    "Kennfeld für Nockenwllenspreizung im Leerlauf und VS (Auslaß) bei höche Öltemp"
    MAP
    0x82C6AE
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C6AE  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWSA
    "Kennfeld für Nockenwellenspreizung (Auslaß)"
    MAP
    0x82C6E0
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C6E0  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWSE
    "Kennfeld für Nockenwellenspreizung (Einlaß)"
    MAP
    0x82B358
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B358  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWSHA
    "Kennfeld für Nockenwellenspreizung (Auslaß) bei höche Öltemp."
    MAP
    0x82C8E0
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82C8E0  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWTMA
    "Faktor Übergang von Kalt- auf Warm-Kennfelder bei Nockenwellensollwinkeln Auslaß"
    MAP
    0x81A95B
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A95B  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWTME
    "Faktor Übergang von Kalt- auf Warm-Kennfelder bei Nockenwellensollwinkeln Einlaß"
    MAP
    0x81A8A6
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8A6  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWLA
    "Kennfeld für Nockenwellenspreizung im Warmlauf (Auslaß)"
    MAP
    0x82CAE0
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CAE0  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWLE
    "Kennfeld für Nockenwellenspreizung im Warmlauf (Einlaß)"
    MAP
    0x82B558
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B558  0x200  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL16NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWLLA
    "Kennfeld für Nockenwellenspreizung im Warmlauf bei B_ll (Auslaß)"
    MAP
    0x82CCE0
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CCE0  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NAUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWLLE
    "Kennfeld für Nockenwellenspreizung im Warmlauf bei B_ll (Einlaß)"
    MAP
    0x82B758
    GkfWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B758  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        5
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM05NEUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlnw_w
        rel_uw_q0p0234
        5
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL05NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWUA
    "Kennfeld Basiswinkel für Nockenwellenverstellung (Auslass)"
    MAP
    0x82A83C
    KfAxUwAyUwSstxUwSstyUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A83C  0x288  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        18
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFNWWUE
    "Kennfeld Basiswinkel für Nockenwellenverstellung (Einlaß)"
    MAP
    0x82AAC4
    KfAxUwAyUwSstxUwSstyUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AAC4  0x288  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        18
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlnw_w
        rel_uw_q0p0234
        16
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFOELKBI
    "Ölniveauschwelle für Ausgabe an Kombi"
    MAP
    0x818421
    KfAxUbAyUbSstxUbSstyUbWUb
    63.75
    s_q63p75mm
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818421  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kfoelkbi_nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tolc
        temp_ub_q1_o60
        8
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPBRKLM
    "Korrekturfaktor für Brennraumdruck ohne NW-Verst. (bei HFM-System)"
    MAP
    0x81EF42
    KfAxUwAyUwSstxSwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EF42  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkba_w
        relDK_q0p02441
        12
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPBRKNWLM
    "Korrekturfaktor für Brennraumdruck bei NW-Verstellung (bei HFM-System)"
    MAP
    0x81F096
    KfAxUwAyUwSstxSwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F096  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wdkba_w
        relDK_q0p02441
        12
        -800.0000
        799.9756

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPED
    "Relatives Fahrerwunschmoment aus Fahrpedal"
    MAP
    0x815C18
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815C18  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_q0p00153
        16
        0.00
        100.0000

        FORMAT "%8.4"

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPEDL
    "Relatives Fahrerwunschmoment aus Fahrpedal für kleine Geschwindigkeiten"
    MAP
    0x815D98
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815D98  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_q0p00153
        16
        0.00
        100.0000

        FORMAT "%8.4"

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPEDR
    "Relatives Fahrerwunschmoment aus Fahrpedal für Rückwärtsgang"
    MAP
    0x815F18
    GkfWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815F18  0x180  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped_w
        relPED_q0p00153
        16
        0.00
        100.0000

        FORMAT "%8.4"

        AXIS_PTS_REF SWP16MDUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM12MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPIRGRES
    "Partialdruck residuales Restgas im Brennraum"
    MAP
    0x826B64
    KfAxUwAyUwSstxSwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x826B64  0xF2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwspue_w
        kw_q0p0078
        7
        -256.0000
        255.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPLMR
    "P-Anteil von Luftmassenregler"
    MAP
    0x814B2C
    KfAxUbAyUbSstxSwSstyUbWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814B2C  0x78  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        drlm_w
        rel_sw_q0p0234
        8
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmotll
        nmot_ub_q10
        6
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPLMRMSR
    "P-Anteil von Luftmassenregler bei MSR-Eingriff"
    MAP
    0x814BA4
    KfAxUbAyUbSstxSwSstyUbWSw
    1535.977
    rel_sw_q0p0234
    -768.0000
    767.9766

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814BA4  0x78  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        drlm_w
        rel_sw_q0p0234
        8
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmotll
        nmot_ub_q10
        6
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGA
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grund-KF) bei Auslaß-NWS"
    MAP
    0x826C56
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x826C56  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGE
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grund-KF) bei Einlaß-NWS"
    MAP
    0x826DA2
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x826DA2  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGSUA
    "interner Abgaspartialdruck abh. von NW-Verstellung bei sumode=1 (Auslaß-NWS)"
    MAP
    0x826EEE
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x826EEE  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPRGSUE
    "interner Abgaspartialdruck abh. von NW-Verstellung bei sumode=1 (Einlaß-NWS)"
    MAP
    0x82703A
    KfAxUwAyUwSstxUwSstyUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82703A  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPU
    "Pulsations - Kennfeld"
    MAP
    0x8105DF
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8105DF  0xE2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkor
        nmot_ub_q40
        14
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wdkba
        relDK_ub_b100
        14
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPUKLP1
    "Pulsationskennfeld bei aktiver aktiven Verstellelement 1"
    MAP
    0x8106C1
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8106C1  0xE2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkor
        nmot_ub_q40
        14
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wdkba
        relDK_ub_b100
        14
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPUKLP12
    "Pulsationskennfeld bei aktiver aktiven Verstellelement 1 und 2"
    MAP
    0x8107A3
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8107A3  0xE2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkor
        nmot_ub_q40
        14
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wdkba
        relDK_ub_b100
        14
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPUKLP2
    "Pulsationskennfeld bei aktiver aktiven Verstellelement 2"
    MAP
    0x810885
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810885  0xE2  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotkor
        nmot_ub_q40
        14
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wdkba
        relDK_ub_b100
        14
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU
    "Kennfeld für rel. zul.  Moment aus der Pedalstellung in der Momentenbegrenzung"
    MAP
    0x811436
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811436  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        wped
        relPED_ub_b100
        8
        0.00
        100.0

        FORMAT "%5.1"

        AXIS_PTS_REF SWP08MFUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UC_0
    ""
    MAP
    0x8118FA
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8118FA  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UC_1
    ""
    MAP
    0x81193A
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81193A  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF MZUL_SPSNV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UM_0
    "Kennfeld für rel. zul. Moment aus der Pedalstellung in der Momentenüberwachung"
    MAP
    0x814293
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814293  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFPZU_UM_1
    "Kennfeld für rel. zul. Moment aus der Pedalstellung in der Momentenüberwachung"
    MAP
    0x8142D3
    GkfWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8142D3  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"

        AXIS_PTS_REF SPSNV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQMRA
    "Kühlleistungsanforderung vom Motorraum"
    MAP
    0x82BDB0
    KfAxUbAyUbSstxUwSstyUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDB0  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vsksmlf_w
        volgrd_q5p96Em4
        5
        0.00
        39.06190

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQNLUE1
    "Kennfeld Lüfterdrehzahl zur Abfuhr des Wärmeüberschusses Lüfter 1"
    MAP
    0x81AFB9
    KfAxUbAyUbSstxUbSstyUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFB9  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qmaxl1
        rel_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQNLUE2
    "Kennfeld Lüfterdrehzahl zur Abfuhr des Wärmeüberschusses Lüfter 2"
    MAP
    0x81AFEB
    KfAxUbAyUbSstxUbSstyUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AFEB  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        qmaxl2
        rel_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQTE
    "Kennfeld Auf-/Absteuergeschwindigkeit der Sollspülrate Tankentlüftung"
    MAP
    0x81A602
    GkfWUb
    0.0121593164
    perio_ub_b0p012207
    0.00
    0.0121593164

    FORMAT "%12.10"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A602  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        6
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML06TEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        frmit
        fak_ub_b2
        5
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SFR05TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQTKWP
    "Kennfeld P-Anteil Regler Lüfteransteuerung"
    MAP
    0x816F08
    KfAxUbAyUbSstxSbSstyUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816F08  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dtka
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQVAC
    "Kennfeld Wärmestrom ECC in °C"
    MAP
    0x81B01D
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B01D  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFQVKOM
    "Kennfeld Wärmestrom erhöhter Kältebedarf"
    MAP
    0x81B042
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B042  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRAT
    "Füllungabhängige Integrationsteigung für FRAT"
    CURVE
    0x81F9A8
    KlAUbSstUbWUw
    0.1999664
    fak_uw_b5
    0.00
    0.1999664

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9A8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dlrfrat
        fak_q0p0625
        5
        0.00
        15.94

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRINH
    "Kennfeld für Nernst-Innenwiderstand hinter Kat"
    MAP
    0x81E4BC
    KfAxUbAyUbSstxUwSstyUbWUb
    2040.
    r_q8
    0.00
    2040.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4BC  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tahsomf_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        phlsnhf
        fak_ub_q0p01
        3
        0.00
        2.550

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRINH2
    "Kennfeld für Nernst-Innenwiderstand hinter Kat Bank2"
    MAP
    0x81E4DA
    KfAxUbAyUbSstxUwSstyUbWUb
    2040.
    r_q8
    0.00
    2040.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4DA  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tahsomf2_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        phlsnhf2
        fak_ub_q0p01
        3
        0.00
        2.550

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLIP_UM
    "Kennfeld für rl - Berechnung aus Drosselklappenwinkel in der Funktionsüberwachg"
    MAP
    0x81401A
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81401A  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ipsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLMN
    "minimale Füllung im befeuerten Betrieb"
    MAP
    0x818C78
    GkfWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C78  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12FEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLMNSA
    "minimales rl bei Schubabschalten"
    MAP
    0x818CC0
    GkfWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818CC0  0x48  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12FEUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFRLMNST
    "Minimale Füllung im Nachstart"
    MAP
    0x81F4AC
    KfAxUwAyUwSstxUwSstyUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F4AC  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        anztib_w
        dez
        6
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst_w
        temp_uw_q0p75_o48
        6
        -48.00000
        143.9970

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSU
    "Kennfeld für Saugrohrumschaltung, Klappe 1"
    MAP
    0x818D0A
    KfAxUbAyUbSstxUbSstyUbWUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818D0A  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotsu
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mrko
        rel_ub_b200
        8
        0.00
        199.2

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSUHOT
    "Kennfeld für Saugrohrumschaltung, Klappe 1 bei heissem Motor"
    MAP
    0x818D80
    KfAxUbAyUbSstxUbSstyUbWUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818D80  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmotsu
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mrko
        rel_ub_b200
        8
        0.00
        199.2

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSWKFZK
    "Schwelle der ZW-Spätverstellungen für ZW-Kennfeldumschaltung"
    MAP
    0x81AB5C
    GkfWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AB5C  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSWKFZKR
    "Schwelle der ZW-Spätverstellungen für Rückschalten auf Grundkennfeld"
    MAP
    0x81AC1C
    GkfWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AC1C  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSZDUB
    "Schließzeitkorrektur in Abhängigkeit von UB"
    MAP
    0x81AD2F
    KfAxUbAyUbSstxUbSstyUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AD2F  0x89  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uzue
        spg_ubatt
        7
        0.00
        17.95

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tsrldyn
        txms_ub_q0p1
        16
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFSZT
    "Schließzeit-Kennfeld"
    MAP
    0x81ADB8
    KfAxUbAyUbSstxUbSstyUbWUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ADB8  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        8
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTADMS
    "dynamischer Bewertungsfaktor für das Absteuern des TEV"
    MAP
    0x816C50
    KfAxUbAyUbSstxSbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C50  0x1F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dmssginr
        fak_sb_b1
        5
        -1.000
        0.9922

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTATM
    "Kennfeld Abgastemperatur   f(nmot,rl)"
    MAP
    0x8188CC
    KfAxUbAyUbSstxUbSstyUbWUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8188CC  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTATM2
    "Kennfeld Abgastemperatur f(nmot,rl) Bank2"
    MAP
    0x81891E
    KfAxUbAyUbSstxUbSstyUbWUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81891E  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTATX
    "Kennfeld für maximales Tastverhältnis"
    MAP
    0x81A620
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A620  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        2
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        pspu
        fak_ub_b2
        2
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTDDNWNPA
    "Entprellzeit für Setzen des Fehlers für unplausible Stellung Einlaßnockenwelle"
    MAP
    0x82BA1C
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA1C  0x3E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTDDNWNPE
    "Entprellzeit für Setzen des Fehlers für unplausible Stellung Einlaßnockenwelle"
    MAP
    0x82B964
    KfAxUwAyUwSstxUwSstyUwWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B964  0x3E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTEKA
    "Kennfeld Sollkraftstoffanteil bei Regenerierung"
    MAP
    0x82A6CE
    KfAxUbAyUbSstxUbSstyUbWSb
    0.9922
    fak_sb_b1
    0.00
    0.9922

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6CE  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTEVP
    "Kennfeld Periodendauer TEV"
    MAP
    0x81A635
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A635  0x3D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tateroh
        rel_ub_b99p6
        9
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKANRL
    "Kennfeld Solltemperatur KW-Ausgang abh. von nmot und rl"
    MAP
    0x81B067
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B067  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        5
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKAOFF
    "Korrekturkennfeld für die Kühleraustritt-Solltemperatur-Berechnung"
    MAP
    0x82BDDA
    GkfWSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDDA  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dtmtka
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"

        AXIS_PTS_REF STS05DTKA

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dkmts
        temp_sb_q0p75
        5
        -96.00
        95.25

        FORMAT "%5.2"

        AXIS_PTS_REF STS05DTTS

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKASO
    "Kennfeld für Solltemperatur Kühlwasserausgang"
    MAP
    0x81B08C
    KfAxUbAyUbSstxUbSstyUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B08C  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkastmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tkasnrlf
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTKATU
    "Kennfeld zur Bewertung der TKA-Solltemp."
    MAP
    0x82BDF4
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BDF4  0x25  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmotsoll
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTMOTKR
    "Kennfeld"
    MAP
    0x82BE1A
    KfAxUbAyUbSstxUbSstyUwWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BE1A  0x2B  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        vsksmlf_w
        volgrd_q5p96Em4
        5
        0.00
        39.06190

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTNSTKO
    "Kennfeld Unterdrückungszeit des Kompressors nach dem Start"
    MAP
    0x82BC8E
    KfAxUbAyUbSstxUwSstyUbWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC8E  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        2
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTSDYN
    "Schließzeitkorrektur in Abhängigkeit des Drehzahlgradienten"
    MAP
    0x82BC4E
    KfAxUbAyUbSstxSwSstyUbWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BC4E  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfil_w
        nmotg_sw_q0p39
        3
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTSRL
    "Schließzeitkennfeld"
    MAP
    0x81AE0A
    KfAxUbAyUbSstxUbSstyUbWUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE0A  0x6F  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        9
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        10
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVETR
    "Kennfeld benötigtes Tastverhältnis für ETR"
    MAP
    0x816F2E
    KfAxUbAyUbSstxSbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816F2E  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dkmts
        temp_sb_q0p75
        6
        -96.00
        95.25

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmotsoll
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVFRR
    "Kennfeld: Lambda-Regler nach dieser Zeit auf Referenzwert zurücksetzen"
    MAP
    0x81A6CE
    KfAxUbAyUbSstxUbSstyUbWUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6CE  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tadteazs
        rel_ub_b99p6
        4
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        3
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVKUP
    "Verzögerungszeit für B_kupplv"
    MAP
    0x813AA6
    KfAxUwAyUwSstxUwSstyUwWUw
    1310.700
    t20msxs_ub_b5p1
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813AA6  0xA4  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVLU1
    "Umsetzung Lüfterdrehzahl in Tastverhältnis Lüfter 1"
    MAP
    0x82BE46
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BE46  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nluez1
        nmot_ub_q20
        6
        0.00
        5100.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        6
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVLU1EW
    "Ersatzwert Tastverhältnis Lüfter 1"
    MAP
    0x81B0B1
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0B1  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVLU2
    "Umsetzung Lüfterdrehzahl in Tastverhältnis Lüfter 1"
    MAP
    0x82BE78
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BE78  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nluez2
        nmot_ub_q20
        6
        0.00
        5100.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        6
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVLU2EW
    "Ersatzwert Tastverhältnis Lüfter 1"
    MAP
    0x81B0CB
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0CB  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVNL1
    "Tastverhältnis Lüfter 1 im Nachlauf"
    MAP
    0x82BEAA
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BEAA  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVNL2
    "Tastverhältnis Lüfter 2 im Nachlauf"
    MAP
    0x82BEDC
    KfAxUbAyUbSstxUbSstyUbWUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BEDC  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotkmtr
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVSA
    "Verzögerungszeit für Schubabschalten"
    MAP
    0x819CEF
    GkfWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CEF  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVSAGI
    "Verzögerungszeit Schubabschalten für ist-gang"
    MAP
    0x819D17
    GkfWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D17  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVSAGNG
    "Kennfeld Verzögerungszeit Schubabschaltebereitschaft  gangabhängig"
    MAP
    0x827F08
    KfAxUwAyUwSstxUwSstyUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F08  0x4A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        3
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVSAKAT
    "Verzögerungszeit Schubabschalten bei hohen Drehzahlen und hohen KAT-Temperatur"
    MAP
    0x819D3F
    GkfWUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D3F  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08SAUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tkatm
        temp_ub_q5_o50
        4
        -50.00
        1225.

        FORMAT "%5.0"

        AXIS_PTS_REF STK04SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFTVTEV
    "Kennfeld Verzugszeit Tankentlüftungsventil"
    MAP
    0x81A672
    KfAxUbAyUbSstxUbSstyUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A672  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        6
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFUPSRLKNW
    "fupsrl-Korrektur bei großen Lasten bei verstellter Nockenwelle (rl-abhängig)"
    MAP
    0x827186
    KfAxUwAyUwSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827186  0x154  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rlfg_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLA
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grund-KF) bei Auslaß-NW"
    MAP
    0x8272DA
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8272DA  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLE
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grund-KF) bei Einlaß-NW"
    MAP
    0x827426
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827426  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLSUA
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (sumode=1) bei Auslaß-NW"
    MAP
    0x827572
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827572  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFURLSUE
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (sumode=1) bei Einlaß-NW"
    MAP
    0x8276BE
    KfAxUwAyUwSstxUwSstyUwWUw
    0.2999954
    rel_uw_b0p3
    0.00
    0.2999954

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8276BE  0x14C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwvu_w
        kw_q0p0078
        10
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFUSHK
    "Sondenspannungssollwert für Regelung hinter Kat. (statt KFUSRHK für Variantenk.)"
    MAP
    0x81A416
    KfAxUbAyUbSstxUbSstyUbWUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A416  0x7A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        10
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVAKL
    "Faktor Verzögerungsabmagerung (K+L-Anteil)"
    MAP
    0x819380
    GkfWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819380  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVALDIF
    "Wichtungsfaktor Verzögerungsabmagerung für Lambdaist > 1.0"
    MAP
    0x8193BF
    GkfWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193BF  0x2D  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        ladiff_w
        fak_sw_b1
        5
        -1.000000
        0.9999695

        FORMAT "%8.6"

        AXIS_PTS_REF SLA05ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVAWLA
    "Wichtung VA über lamsbg"
    MAP
    0x810D58
    KfAxUbAyUbSstxUbSstyUbWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D58  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        lamsbguk
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVERST
    "Gewichtungskennfeld für Reibmomentenaufsteuerung"
    MAP
    0x8293F0
    KfAxUwAyUwSstxUwSstyUwWUw
    7.999878
    fak_uw_b8
    0.00
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8293F0  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_q0p00153
        3
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        3
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFVOFFS
    "Geschwindigkeits-Offset für FGR-Regler"
    MAP
    0x81EAD2
    KfAxUwAyUwSstxUwSstyUwWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAD2  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfgro_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKMSN
    "Kennfeld für Drosselklappen-Sollwinkel"
    MAP
    0x81F3BC
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F3BC  0xF0  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mlwdknf_w
        m_uw_b6553p5
        16
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKPP
    "Ersatzwert für Drosselklappenwinkel aus Füllungssignal"
    MAP
    0x81032B
    KfAxUbAyUbSstxUbSstyUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81032B  0xAA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rlvppl
        rel_ub_q0p75
        12
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKSMX
    "maximaler Solldrosselklappenwinkel"
    MAP
    0x814C84
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C84  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        2
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        2
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKSST
    "Sollwert Drosselklappenwinkel im Start"
    MAP
    0x810979
    KfAxUbAyUbSstxUbSstyUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810979  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWDKTHO
    "Sollwert Drosselklappenwinkel im Start - f (Höhe, Motorstarttemperatur)"
    MAP
    0x81F51E
    KfAxUbAyUbSstxUbSstyUwWUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F51E  0x76  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWEE
    "Kennfeld Winkel Einspritzende"
    MAP
    0x810ABE
    GkfWUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ABE  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM08GKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWEEK
    "Kennfeld-Kalt Winkel Einspritzende"
    MAP
    0x810AFE
    GkfWUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810AFE  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM08GKUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWEEST
    "Kennfeld Winkel Einspritzende während Start"
    MAP
    0x810B3E
    KfAxUbAyUbSstxUbSstyUbWUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B3E  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWEETM
    "Kennfeld Winkel Einspritzende Temperaturkorrektur"
    MAP
    0x81F928
    KfAxUbAyUbSstxUbSstyUbWSb
    1530.
    zw_sb_q6
    -768.0
    762.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F928  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWHSTT
    "Wichtungskennfeld Heißstart"
    MAP
    0x810C04
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C04  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTAB
    "Faktor Wiederholkaltstart zur Reduzierung der Startmenge"
    MAP
    0x8150B6
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8150B6  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTN
    "Wichtungskennfeld Kaltstart"
    MAP
    0x810C44
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C44  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWKSTT
    "Wichtungskennfeld Kaltstart"
    MAP
    0x810C5E
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810C5E  0xAA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        anztib
        dez
        12
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWLHO
    "Kennfeld für Höhenabhängigkeit des Warmlauffaktors"
    MAP
    0x810A46
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A46  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"

        AXIS_PTS_REF FHO04ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMABG
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende Abgas"
    MAP
    0x81E54E
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E54E  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabgmst
        temp_ub_q5_o50
        7
        -50.00
        1225.

        FORMAT "%5.0"

        AXIS_PTS_REF ST107TMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMABG2
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende Abgas Bank2"
    MAP
    0x81E594
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E594  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tabgmst2
        temp_ub_q5_o50
        7
        -50.00
        1225.

        FORMAT "%5.0"

        AXIS_PTS_REF ST207TMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMIFABG
    "Überhöhungsfaktor für Momenten-Änderungsbegrenzung"
    MAP
    0x811100
    KfAxUbAyUbSstxUbSstyUbWUb
    2.984
    fak_ub_b4
    1.000
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811100  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMIFAL
    "Überhöhungsfaktor für Füllungspfad bei Lastschlagdämpfung"
    MAP
    0x81111A
    KfAxUbAyUbSstxUbSstyUbWUb
    2.984
    fak_ub_b4
    1.000
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81111A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMKAT
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende hinter Kat"
    MAP
    0x81E5DA
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E5DA  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkatmst
        temp_ub_q5_o50
        7
        -50.00
        1225.

        FORMAT "%5.0"

        AXIS_PTS_REF ST307TMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWMKAT2
    "Kennfeld für Wärmemengen-Schwellwert Taupunktende hinter Kat Bank2"
    MAP
    0x81E620
    GkfWUw
    29825.71
    q_q0p4551
    0.00
    29825.71

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E620  0x46  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tkatmst2
        temp_ub_q5_o50
        7
        -50.00
        1225.

        FORMAT "%5.0"

        AXIS_PTS_REF ST407TMUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWNSNW
    "Kennfeld Wichtung Nachstartfaktor in Abhängigkeit von der Nockenwellenstellung"
    MAP
    0x81F5D2
    KfAxUbAyUbSstxUwSstyUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5D2  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fwnwvs_w
        fak_uw_b2
        3
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wnwue_w
        kw_q0p0019
        5
        0.00
        127.9980

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWNWSAPA
    "Kennfeld für Nockenwellenspreizung während Applikationsphase Auslaß"
    MAP
    0x82CD12
    KfAxUwAyUwSstxUwSstyUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CD12  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWNWSAPE
    "Kennfeld für Nockenwellenspreizung während Applikationsphase Einlass"
    MAP
    0x82B78A
    KfAxUwAyUwSstxUwSstyUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B78A  0xEC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rk_w
        rel_uw_b3072
        8
        0.00
        3071.953

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWNWWKA
    "Wichtungskennfeld für NW-Sollwinkel  Auslaßseitig"
    MAP
    0x8280A8
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8280A8  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWNWWKE
    "Wichtungskennfeld für NW-Sollwinkel  Einlaßseitig"
    MAP
    0x828102
    KfAxUbAyUbSstxUwSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828102  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlpr_w
        fak_uw_b1
        8
        0.00
        0.9999847

        FORMAT "%9.7"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWPFGR
    "Inverses Pedalkennfeld für FGR-Betrieb"
    MAP
    0x81EC1C
    KfAxUwAyUwSstxUwSstyUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EC1C  0x1BC  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfgr_w
        rel_uw_b200
        16
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        12
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWSTAARL
    "Wichtung Nachstart mit Startadaption und Relativer Luftmasse"
    MAP
    0x818F4D
    GkfWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F4D  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        kstaa
        fak_ub_b2
        6
        0.00
        1.992

        FORMAT "%5.3"

        AXIS_PTS_REF SKS06ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rlp
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRP06ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWWLML
    "Kennfeld Wichtung Warmlauffaktor"
    MAP
    0x810A5E
    GkfWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A5E  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        imlatm_w
        m_uw_b23p3
        6
        0.00
        23.30133

        FORMAT "%8.5"

        AXIS_PTS_REF SIM06ESUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS08ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWWLNW
    "Kennfeld Wichtung Warmlauffaktor in Abhängigkeit von der Nockenwellenstellung"
    MAP
    0x818F71
    KfAxUbAyUbSstxUbSstyUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F71  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fwnwvs_loc
        fak_ub_b2
        3
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        wnwue
        kw_q0p5
        5
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWWNS
    "Wiederholstartzeitfaktor"
    MAP
    0x81F604
    KfAxUbAyUbSstxUbSstyUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F604  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        8
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFWZLSD
    "Reduktionsfaktor für Zeitkonstante Lastschlagdämpfung"
    MAP
    0x811134
    KfAxUbAyUbSstxUbSstyUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811134  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        4
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZDASH
    "Zeitkonstante PT1-Filter Dashpot"
    MAP
    0x82978A
    GkfWUw
    81.880000000
    zk10msxs_uw_b655
    0.040000000000
    81.920000000

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82978A  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZDASH2
    "Zeitkonstante PT1-Filter Dashpot bei kleinem Kupplungsmoment"
    MAP
    0x8297EA
    GkfWUw
    81.880000000
    zk10msxs_uw_b655
    0.040000000000
    81.920000000

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x8297EA  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZLSD
    "Zeitkonstante PT2-Filter Lastschlagdämpfung"
    MAP
    0x82984A
    GkfWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82984A  0x60  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZNSM
    "Zeitkonstante für Solldrehzahlabregelung"
    MAP
    0x819DB0
    GkfWUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DB0  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS06LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZVAKM
    "Kennfeld für Abregelfaktor K-Speicher (tmot, nmot) VA"
    MAP
    0x8193EC
    GkfWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8193EC  0x3F  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        7
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM07ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW
    "Zündwinkelkennfeld"
    MAP
    0x812094
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812094  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW2
    "Zündwinkelkennfeld Variante 2"
    MAP
    0x812154
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812154  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWA
    "Zündwinkelkorrektur durch Ansaugluft und Last"
    MAP
    0x812214
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812214  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWA2
    "Zündwinkelkennfeld, Auslaßnockenwelle max. verstellt, Variante 2"
    MAP
    0x8122D4
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8122D4  0xC0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16ZUUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        12
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL12ZUUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWOP
    "optimaler Zündwinkel"
    MAP
    0x8112B5
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8112B5  0xB0  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16OPUW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        rl_w
        rel_uw_q0p0234
        11
        0.00
        1535.977

        FORMAT "%8.3"

        AXIS_PTS_REF SRL11OPUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWSTTM
    "Zündwinkel im Start"
    MAP
    0x816EAA
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EAA  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWWLNM
    "Delta Zündwinkel im Warmlauf"
    MAP
    0x8123DE
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8123DE  0x90  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12ESUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tans
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STA12WLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZWWLRL
    "Delta Zündwinkel im Warmlauf"
    MAP
    0x82BB56
    KfAxUbAyUbSstxUbSstyUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB56  0xCD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        16
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        11
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW_UC
    "Kennfeld für optimalen Zündwinkel im Befehlstest"
    MAP
    0x8116BD
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8116BD  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_uc
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF MIST_RLV08_UC

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KFZW_UM
    "Kennfeld für optimalen Zündwinkel in der Funktionsüberwachung"
    MAP
    0x8140D8
    GkfWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8140D8  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl_um
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF RLV08_UM

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KHCTEAMX
    "Maximalwert HC-Konzentration Regeneriergas Tankentlüftung (bei B_abor)"
    VALUE
    0x81A62A
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A62A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KHCTEMN
    "Minimalwert HC-Konzentration Regeneriergas Tankentlüftung"
    VALUE
    0x81A62B
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A62B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KHCTEMX
    "Maximalwert HC-Konzentration Regeneriergas Tankentlüftung"
    VALUE
    0x81A62C
    KwSb
    3.984
    fak_sb_b2
    -2.000
    1.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A62C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIDMSNTE
    "Integrationsgeschwindigkeit für die Berechnung der Massenstromänderung TEV"
    VALUE
    0x82A74A
    KwUw
    127.9980
    m_q0p00195
    0.00
    127.9980

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A74A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIFZCVT
    "Integratorverstärkung des Fahrzeugmodells bei CVT"
    CURVE
    0x8295E2
    GklWUw
    4863.926
    fak_uw_b4864
    0.00
    4863.926

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295E2  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        uefktget
        uefktget_ub_b25p4
        7
        0.00
        25.50

        FORMAT "%5.2"

        AXIS_PTS_REF SUV07MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIFZGAWG
    "Integratorverstärkung des Fahrzeugmodells bei AT, geschlossene WK"
    CURVE
    0x8295F0
    FklWUw
    4863.926
    fak_uw_b4864
    0.00
    4863.926

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8295F0  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIFZGHG
    "Integratorverstärkung des Fahrzeugmodells bei Handschalter"
    CURVE
    0x829600
    FklWUw
    4863.926
    fak_uw_b4864
    0.00
    4863.926

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829600  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIHRLSU
    "I-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x829E5C
    KwUw
    16.66641
    reltemp_q2p543Em4
    0.00
    16.66641

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KILRHML
    "I-Anteil fuer stetige LRHK"
    CURVE
    0x81A490
    GklWUb
    0.04980
    freq_ub_b0p05
    0.00
    0.04980

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A490  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        8
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIMSALL
    "Beiwert für Leerlaufluftmassenintegrator für E-Gas"
    VALUE
    0x81F1F2
    KwUw
    2559.0000000
    mk1sxs_b2560
    1.0000000000
    2560.0000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KINMXNL
    "Verstärkung Integralanteil der NMAX-Regelung bei stromloser Drosselklappe"
    VALUE
    0x81A257
    KwUb
    4.864
    relnmot_q0p01907
    0.00
    4.864

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A257  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KINMXRLG
    "Verstärkung Integralanteil der NMAX-Regelung im Normalbetrieb"
    MAP
    0x81A258
    GkfWUb
    4.864
    relnmot_q0p01907
    0.00
    4.864

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A258  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08NXUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIRMSMS
    "Integrationsgeschwindigkeit Abgleich Massenstrom TEV mit berechnetem Massenstrom"
    CURVE
    0x816C76
    KlAUbSstUbWUw
    2498.970
    fak_q0p03815
    0.9918213
    2499.962

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C76  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mstedte
        m_ub_b25p6
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KISRM
    "Integratorbeiwert für Saugrohrmodell (Dynamik)"
    VALUE
    0x82780A
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82780A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KISRMSU
    "Integrationsbeiwert für Saugrohrmodell bei sumode=1"
    VALUE
    0x82780C
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82780C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KIVMXG
    "Verstärkungsfaktor I-Anteil der VMAX-Regelung"
    CURVE
    0x829B0C
    FklWUw
    499.984741
    rel_q0p007629
    0.00762939453
    499.992371

    FORMAT "%10.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B0C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KKFFGRGA
    "Verstärkungsfaktor bei Konstantfahrt für FGR-Regler"
    CURVE
    0x81EB52
    KlAUwSstUwWUw
    3199.951
    rel_uw_b3200
    0.00
    3199.951

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB52  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAF
    "Ausflußkennlinie"
    CURVE
    0x8146FE
    FklWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8146FE  0x3EA  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        klaf_kge
        fak_uw_q0p001
        501
        0.5000000
        1.000000

        FORMAT "%8.6"
        FIX_AXIS_PAR 500  0  501

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAFTE
    "Ausflußkennlinie für TEV incl. Leitung AKF-TEV"
    CURVE
    0x82A796
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A796  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvdk_w
        fak_uw_b2
        14
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAH1
    "Kühlleistungsanhebung Stufe 1"
    VALUE
    0x81B0E5
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAH2
    "Kühlleistungsanhebung Stufe 2"
    VALUE
    0x81B0E6
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHEW
    "Ersatzwert Kühlleistungsanhebung"
    VALUE
    0x81B0E7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTMSMX1
    "Kühlleistungsanhebung bei 1.  max. Motorsolltemperatur"
    VALUE
    0x81B0E8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTMSMX2
    "Kühlleistungsanhebung bei 2. max. Motorsolltemperatur"
    VALUE
    0x81B0E9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTVLUE1
    "Tastverhältnis Lüfteransteuerung 1 bei max. Kühlleistungsanhebung"
    VALUE
    0x81B0EA
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAHTVLUE2
    "Tastverhältnis Lüfteransteuerung 2 bei max. Kühlleistungsanhebung"
    VALUE
    0x81B0EB
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLANFVFZ
    "Korrekturkennlinie Lüfteransteuerung in Abhängigkeit  vom Anfahrverhalten"
    CURVE
    0x81B0EC
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0EC  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLASGP
    "Verstärkungsfaktor: P-Regler (Zündpfad)"
    CURVE
    0x829BF0
    KlAUwSstSwWUw
    3.124952
    relnmot_q0p477Em4
    0.00
    3.124952

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829BF0  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnasg_w
        nmot_uw_q0p25
        7
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLASGPL
    "Verstärkungsfaktor: P-Regler, langsamer Anteil"
    CURVE
    0x829C0E
    KlAUwSstSwWUw
    3.124952
    relnmot_q0p477Em4
    0.00
    3.124952

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C0E  0x1E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dnasgl_w
        nmot_uw_q0p25
        7
        -8192.000
        8191.750

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMILAE
    "Exotherme Temperaturabnahme bei Anfettung tikatm"
    CURVE
    0x818970
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818970  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lamsbg_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLX06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMILAE2
    "Exotherme Temperaturabnahme bei Anfettung tikatm, Bank 2"
    CURVE
    0x818976
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818976  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lamsbg2_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLY06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMIZWE
    "Exotherme Temperaturabnahme im Kat bei späterem Zündwinkel tikatm"
    CURVE
    0x81897C
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81897C  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMIZWE2
    "Exotherme Temperaturabnahme im Kat bei späterem Zündwinkel tikatm, Bank2"
    CURVE
    0x818982
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818982  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMLAE
    "Exotherme Temperaturabnahme bei Anfettung"
    CURVE
    0x818988
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818988  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lamsbg_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLX06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMLAE2
    "Exotherme Temperaturabnahme bei Anfettung, Bank 2"
    CURVE
    0x81898E
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81898E  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        lamsbg2_w
        fak_uw_b16
        6
        0.00
        15.99976

        FORMAT "%8.5"

        AXIS_PTS_REF SLY06TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMZWE
    "Exotherme Temperaturabnahme im Kat bei späterem Zündwinkel tkatm"
    CURVE
    0x818994
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818994  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLATMZWE2
    "Exotherme Temperaturabnahme im Kat bei späterem Zündwinkel, Bank 2"
    CURVE
    0x81899A
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81899A  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        etazwimt
        rel_ub_b127p5
        6
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ06TMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAZKTD
    "Zwangsamplitude für Lambdaregelung aus Kat-Diagnose"
    CURVE
    0x818A4D
    GklWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A4D  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLAZTKKOR
    "temperaturabhängiger Korrekturfaktor für die Zwangsamplitude der Lambdaregelung"
    CURVE
    0x818A52
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A52  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkdkte
        temp_ub_q5_o50
        8
        -50.00
        1225.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLBAKSTAA
    "Kennlinie aktueller Startmengenadaptionsfaktor der ÜK bei BA"
    CURVE
    0x81942B
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81942B  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kstaa
        fak_ub_b2
        4
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLCFOF1N
    "Kennlinie zur Definition der Bereichseigenschaften (dominant..)"
    VAL_BLK
    0x8101DB
    KwbUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8101DB  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLCFOF2N
    "Kennlinie zur Definition der Bereichseigenschaften (dominant..)"
    VAL_BLK
    0x8101DF
    KwbUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8101DF  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLCFOF3N
    "Kennlinie zur Definition der Bereichseigenschaften (dominant..)"
    VAL_BLK
    0x8101E3
    KwbUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x8101E3  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFOFF
    "Generatorlastausschaltenschwelle"
    VALUE
    0x819DD4
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFON
    "Generatorlasteinschaltenschwelle"
    VALUE
    0x819DD5
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFPWMDEF
    "Ersatzwert für kldfpwm bei dauernd ausgeschaltet (Low)"
    VALUE
    0x810056
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810056  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDFPWMST
    "Ersatzwert für KLDFPWM bei Motorstart"
    VALUE
    0x810057
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810057  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDMASRL
    "Stellreserve bei ASR-Eingriff"
    CURVE
    0x810168
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810168  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDMMX
    "Maximal zulässige Momentenreserven"
    CURVE
    0x811476
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811476  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDNFHO
    "Wichtung Minimaler Drehzahlanstieg für erkannte Verbrennung"
    CURVE
    0x819108
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819108  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDRLLBTDY
    "RL-Gradient ab dem Bauteileschutz aufgrund Lastdynamik anfetten soll"
    CURVE
    0x8196D1
    GklWUb
    191.3
    rel_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196D1  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTMFXTM
    "Kennlinie Delta TMOT- Schwelle für unplausibel fixiertes Signal"
    CURVE
    0x819770
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819770  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinlp
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTPH
    "Festwertkennlinie eines Gewichtungsfaktors für die Dynamikbewertung"
    CURVE
    0x8102AD
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102AD  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dtsegph_w
        t5usxus_q5
        16
        -40960.00
        35840.00

        FORMAT "%8.2"
        FIX_AXIS_PAR -8192  10  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTPHST
    "Festwertkennlinie eines Gewichtungsfaktors für Motorstart"
    CURVE
    0x8102BD
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102BD  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        dtsegph_w
        t5usxus_q5
        16
        -40960.00
        35840.00

        FORMAT "%8.2"
        FIX_AXIS_PAR -8192  10  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDTUMTA
    "Offset Ansauglufttemperatur -> Umgebungstemperatur"
    CURVE
    0x81FBC8
    KlAUbSstUbWSb
    191.3
    temp_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC8  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDUPW12
    "Kennlinie zulässige Gleichlaufabweichung der beide FPM-Signale"
    CURVE
    0x810307
    KlAUbSstUbWUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810307  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        upwgmin
        spg_ub_b5
        5
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLDYNCOR
    "Wert für Dynamikkorrektur nach der ersten Zündung"
    CURVE
    0x81E488
    KlAUbSstUbWUw
    60000.00
    t5usxus_q5
    0.00
    60000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E488  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLETAZW_UC
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW im Befehlstest"
    CURVE
    0x8116FD
    KlAUbSstUbWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8116FD  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dzw_uc
        zw_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLETAZW_UM
    "ZW-Wirkungsgrad in Abhängigkeit von delta ZW in der Funktionsüberwachung"
    CURVE
    0x814118
    KlAUbSstUbWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814118  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dzw_um
        zw_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKSP_UC
    "Kennlinie für Wirkungsgrad abhängig von Aufteilung im Befehlstest"
    CURVE
    0x81170E
    GklWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81170E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MIST_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKSP_UM
    "Kennlinie für Wirkungsgrad abhängig von Aufteilung in der Funktionsüberwachung"
    CURVE
    0x814129
    GklWUb
    100.0
    rel_ub_b127p5
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814129  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFAKTABGM
    "Wichtungsfaktor für tabgm (Abgastemperatur)  zur Berechnung der stat. Brennraumt"
    CURVE
    0x81F2F6
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F2F6  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vpspabna_w
        fak_uw_b2
        6
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFDQV
    "Geschwindigkeitsabhängiger Absteuerfaktor des Wärmeüberschusses"
    CURVE
    0x81B0F7
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B0F7  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFMKNM
    "Korrekturfaktor bei Kompressormoment über CAN"
    CURVE
    0x829464
    KlAUwSstUwWUw
    6.999878
    fak_uw_b8
    1.000000
    7.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829464  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFNWPA
    "Faktor Wichtung P-Anteil für NW-Lageregler Auslaß"
    CURVE
    0x81A9CB
    GklWSb
    49.80
    relKW_q0p195
    -25.00
    24.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9CB  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFNWPE
    "Faktor Wichtung P-Anteil für NW-Lageregler Einlaß"
    CURVE
    0x81A922
    GklWSb
    49.80
    relKW_q0p195
    -25.00
    24.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A922  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFQKV
    "Geschwindigkeitsabhängiger Absteuerfaktor des Wärmestroms Klimakondensator"
    CURVE
    0x81B100
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B100  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        4
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFRTMKI
    "Kennlinie Regelfaktor aus Motortemperatur"
    CURVE
    0x81A338
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A338  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotmdb
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFVANST
    "Kennlinie für das Gewichtungsfaktor VA im Nachstart"
    CURVE
    0x819434
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819434  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFZWMNKH
    "Abregelsteilheit der Brenngrenze im Nachstart bei Katheizen"
    CURVE
    0x82BB24
    GklWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB24  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLFZWMNST
    "Abregelsteilheit der Brenngrenze im Nachstart"
    CURVE
    0x82BB34
    GklWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB34  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLIMLNA
    "Steigungskonstante für Nicht-Aktiv-Entprellung"
    CURVE
    0x81E7E2
    KlAUbSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7E2  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamsons_w
        fak_uw_b16
        5
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLITHMS
    "Kennlinie integrierte Luftmassenschwelle für Thermostat-Monitoring THM"
    CURVE
    0x819781
    KlAUbSstUbWUb
    23.21
    m_ub_b23p3
    0.00
    23.21

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819781  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKABT
    "Kennlinie Korrekturfaktor für berechnete Amplitude, abhängig von Kat.-Tem"
    CURVE
    0x81399C
    KlAUbSstUbWUw
    511.9922
    fak_ub_b2
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81399C  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkdkte
        temp_ub_q5_o50
        4
        -50.00
        1225.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLKTKVK
    "Kennlinie: Proportionalitätsfaktor zw. T-Abweichung der LSU und Korrekturfaktor"
    CURVE
    0x8165B4
    KlAUbSstSwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165B4  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rdtklsu_w
        temp_q0p0234
        11
        -768.0000
        767.9766

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLAKHFH
    "Umgebungsdruckkorrektur Lambda Katheizen"
    CURVE
    0x828644
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x828644  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU
    "Kennlinie für zulässiges Moment der Leerlaufregelung"
    CURVE
    0x81147E
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81147E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU_UC
    "Kennlinie zulässiges Moment der Leerlaufregelung im Befehlstest"
    CURVE
    0x81197A
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81197A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLLLRZU_UM
    "Kennlinie zulässiges Moment der Leerlaufregelung"
    CURVE
    0x814313
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814313  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMDLFTV
    "Kennlinie Lüftermoment bei Elektrolüfter"
    CURVE
    0x8110A0
    KlAUbSstUbWUb
    24.91
    rel_q0p0977
    0.00
    24.91

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110A0  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tvlues1
        tv_ub_b100
        4
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX
    "Kennlinie für maximales indiziertes Moment"
    CURVE
    0x811486
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811486  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX_UC
    "Kennlinie maximales indiziertes Moment im Befehlstest"
    CURVE
    0x811982
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811982  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMAX_UM
    "Kennlinie maximales indiziertes Moment"
    CURVE
    0x81431B
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81431B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN
    "Kennliie für minimales indiziertes Moment"
    CURVE
    0x8162BA
    GklWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162BA  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN_UC
    "Kennlinie minimales indiziertes Moment im Befehlstest"
    CURVE
    0x81198A
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81198A  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMIN_UM
    "Kennlinie minimales indiziertes Moment"
    CURVE
    0x814323
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814323  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMIMNH
    "höhenabhängige Korrektur des minimalen  Moments"
    CURVE
    0x829412
    KlAUbSstUbWSb
    49.80
    rel_sb_b25
    -25.00
    24.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829412  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        6
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMISALULL
    "Lastschwelle zur Schuberkennung für Ausblendung der Aussetzererkennung im LL"
    CURVE
    0x81853D
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81853D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLDSLAMX
    "max. Luftmasse für Bedingung Adaption/Zusatzdiagnose (16 Bit)"
    CURVE
    0x81B65C
    KlAUwSstUwWUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B65C  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        5
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLDSLKMX
    "max. Luftmasse für Bedingung Kurztest-Diagnose (16 Bit)"
    CURVE
    0x81B672
    KlAUwSstUwWUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B672  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        5
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLDSLMX
    "max. Luftmasse für Bedingung Diagnose (16 Bit)"
    CURVE
    0x81B688
    KlAUwSstUwWUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B688  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        5
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLDSLOMX
    "max. Luftmasse für Bedingung frm-Offset-Messung (16 Bit)"
    CURVE
    0x81B69E
    KlAUwSstUwWUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B69E  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        5
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMLFT
    "Umrechnung Tastverhältnis Lüfteransteuerung in abzuführende Wärmemenge"
    CURVE
    0x81B109
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B109  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tvlueskmtr
        tv_ub_b100
        5
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRESTM
    "Kennlinie für Momentenreserve im Nachstart"
    CURVE
    0x811072
    KlAUbSstUbWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811072  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        10
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRHO
    "Kennlinie: Drehmomentreserve höhenabhängig"
    CURVE
    0x811087
    KlAUbSstUbWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811087  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        10
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMRKFHO
    "Korrekturfaktor Drehmomentreseve höhenabhängig"
    CURVE
    0x829B88
    KlAUwSstUwWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B88  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        3
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN
    "Kennlinie für drehzahlabhängiges zul. Moment"
    CURVE
    0x81148E
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81148E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08MFUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN_UC
    "Kenlinie für drehzahlabhängiges zul. Moment im Befehlstest"
    CURVE
    0x811992
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811992  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_uc
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF MZUL_NMV08_UC

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLMZUMN_UM
    "Kennlinie für drehzahlabhängiges zul. Moment"
    CURVE
    0x81432B
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81432B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_um
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF NMV08_UM

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNDNWMN
    "Kennlinie minimaldrehzahl für Diagnose Nockenwellensteuerung"
    CURVE
    0x81A80A
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A80A  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLOEL
    "Nachlaufzeitanforderung in Abhängigkreit der Öltemperatur"
    CURVE
    0x82BF0E
    KlAUwSstUwWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF0E  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelkmtr
        temp_ub_q1_o60
        6
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLPHN
    "Korrektur des Sensor-Phasengangs"
    CURVE
    0x8102CD
    FklWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102CD  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        4800.

        FORMAT "%5.0"
        FIX_AXIS_PAR 0  3  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLSTP
    "Abbruchbedingung Nachlaufzeit abhängig von Umgebungstemp."
    CURVE
    0x81B114
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B114  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotnl2
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLTABG
    "Gewünschte Nachlaufzeit abhängig von Abgastemperatur"
    CURVE
    0x82BF28
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF28  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabgkmtr
        temp_ub_q5_o50
        5
        -50.00
        1225.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNLTUM
    "Korrektrufaktor Nachlaufzeit über Umgebungstemperatur"
    CURVE
    0x81B121
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B121  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNPED_UC
    "pedalsollwertabh. Drehzahlbegr. in der DK-Antrieb-Ersatzfunktion; Befehlstest"
    CURVE
    0x811B73
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B73  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        spsn_uc
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNPED_UM
    "pedalsollwertabh. Drehzahlbegrenzung in der DK-Antrieb-Ersatzfunktion, Fktsüberw"
    CURVE
    0x81434A
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81434A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        spsn_um
        spg_ub_q0p019
        8
        0.00
        4.9805

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLNSNW
    "Kennlinie zum Quantisieren der kontinuierlichen Drehzahlanhebung"
    CURVE
    0x819DD6
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DD6  0x21  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nsnwi
        nmot_ub_q10
        16
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOGIN
    "Login-Code für Kundendienst"
    VALUE
    0x815568
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815568  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOLFSTZ
    "Ölfüllstandskennlinie (Öltemperaturgeber)"
    CURVE
    0x81C398
    KlAUbSstUwWUw
    127.0000
    s_uw_q62p5um
    0.00
    127.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C398  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fsttog_w
        t_q0p5o100ms
        10
        100.0000
        32867.50

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOLTBFWIV
    "Treppenkennlinie für die öltemperaturabhängigen Bewertungsfaktoren"
    CURVE
    0x81847F
    KlAUbSstUbWUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847F  0x13  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toeli
        temp_ub_q1_o60
        9
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLOLTWIV
    "Temperaturkennlinie (Öltemperaturgeber)"
    CURVE
    0x81C3C2
    KlAUwSstUwWUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3C2  0x29  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        togtime_w
        t500msxs_q0p125
        13
        0.00
        8191.875

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRGAGPS
    "Korrektur-KL von pbrintro_w bei großem Druckverhältnis Saugrohr/Auslaßventil"
    CURVE
    0x82780E
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82780E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vpspanav_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLPRHLSU
    "Initialisierungs-Kennlinie für relative Heizleistung"
    CURVE
    0x829E5E
    KlAUbSstUwWSw
    100.0000
    rel_q0p0061
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E5E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tatuk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLQKAUS
    "Abzuführende Wärme für Klimakondensator bei Ausgeschaltetem Kllimakompressor"
    CURVE
    0x81B12A
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B12A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pklimaq
        p_q0p2
        5
        0.00
        51.00

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLQKLIMA
    "Abzuführende Wärme f. Klimakondensator"
    CURVE
    0x81B135
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B135  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pklimaq
        p_q0p2
        5
        0.00
        51.00

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRLNMXN
    "Maximale normierte Frischluftfüllung bei offener Drosselklappe"
    CURVE
    0x81F38E
    KlAUbSstUwWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F38E  0x2E  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        11
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLRTLSU
    "Kennlinie Transformation Innenwiderstand der Nernstzelle in Temperatur"
    CURVE
    0x829ED0
    KlAUbSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ED0  0x5A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rinlsu_w
        r_q0p0391
        22
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTALUST
    "Zeitdauer Ausblendung der Aussetzererkennung nach Motorstart"
    CURVE
    0x81C960
    KlAUbSstUbWUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C960  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTHMDTMS
    "Delta Motorstart-Temperatur für Verifikation/Heilung Thermostatdiagnose"
    CURVE
    0x81978A
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81978A  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotlinst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKAADFP
    "Festkennlinie für akt. Fehlerpfad tkaadfp (DFP-Nummer des zu überwach. Z-Flags)"
    VAL_BLK
    0x819BFB
    KwbUb
    193.000000000
    dfp_verbal
    0.00
    193.000000000

    FORMAT "%13.9"
    
    NUMBER 100
    /begin IF_DATA ETK  DP_BLOB 0x819BFB  0x64  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKAATOZ
    "Festkennlinie für Timeout-Zeit tkaatoz"
    CURVE
    0x819C5F
    FklWUb
    255.0
    t_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819C5F  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        tkbloknr
        dez
        100
        0.00
        99.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  100

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKERDCMN
    "Batterieabhängige Diagnoseschwelle für Keramiktemperatur"
    CURVE
    0x81E770
    KlAUbSstUbWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E770  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub_hsv
        spg_q0p1
        4
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKKTA
    "Festkennlinie für Kurztestanforderung Meßwerteblocknummer tkkta"
    CURVE
    0x810E19
    FklWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E19  0x64  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        tkbloknr
        dez
        100
        0.00
        99.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  100

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTKTSTOER
    "Kennlinie für Verzögerungszeit TKTSTOER"
    CURVE
    0x81E8AA
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8AA  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatfm
        fak_ub_b1
        4
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTMIVOR
    "Zeitkonstante für Momentenabbau nach Drehzahleinregelung"
    CURVE
    0x8162E8
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162E8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTMSKR
    "Kennfeld Motor-Soll-Temperatur in Abh. von der KR-Spätverstellung"
    CURVE
    0x81B140
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B140  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        krtmso
        zw_ub_qn0p75
        4
        -191.3
        0.00

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTNMXPR
    "Zeit für Drehzahlprädiktion der NMAX-Regelung"
    CURVE
    0x811365
    FklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811365  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTNRDE
    "Kennlinie für Rückdrehzahnzeiten"
    CURVE
    0x81863A
    KlAUbSstUbWUb
    255.0
    t1msxms_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81863A  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTOELNWH
    "Öltemperatursschwelle zur umschaltung"
    CURVE
    0x82CDFE
    KlAUwSstUwWUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CDFE  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        kmstand_w
        s_q6_km
        2
        0.00
        393210.0

        FORMAT "%8.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTUSHKV
    "Kennlinie für Verzögerungszeit TUSHKV"
    CURVE
    0x81E8B8
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8B8  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatfm
        fak_ub_b1
        4
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVKOEP
    "Verzögerungszeit für Kompressor EIN ( zur Momentreserve) Quantisierung: 40ms"
    CURVE
    0x81AE82
    KlAUbSstUbWUb
    10.20
    t40msxs_ub_q0p04
    0.00
    10.20

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE82  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pkodrc
        p_q0p2
        8
        0.00
        51.00

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVLBTDY
    "Verzögerungszeit für Anfettung zum Bauteileschutz wegen Lastdynamik"
    CURVE
    0x827CB8
    GklWUw
    5.000000
    t10msxs_uw_b655p35
    0.00
    5.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827CB8  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTVNW
    "Verstellzeit Nockenwelle"
    CURVE
    0x81A8C0
    KlAUbSstUbWUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8C0  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLTZKTD
    "Periodendauer für Lambdaregelung aus Kat-Diagnose"
    CURVE
    0x81E7C8
    GklWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7C8  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        5
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKABST
    "Wichtung Sollwert Drosselklappenwinkel im Start"
    CURVE
    0x81F594
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F594  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKPED
    "Offset Sollwert Drosselklappenwinkel im Start"
    CURVE
    0x8109BB
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8109BB  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        3
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWDKTAN
    "Wichtung der Drosselklappenposition im Start mit Ansauglufttemperatur"
    CURVE
    0x818E0E
    KlAUbSstUbWUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E0E  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWEESTN
    "Winkel Einspritzende im Start"
    CURVE
    0x814FAC
    KlAUwSstUwWUw
    1530.000
    zw_ub_q6
    0.00
    1530.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FAC  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        4
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWNWI
    "Festwertkennlinie eines Gewichtungsfaktors für den Winkelfehler"
    CURVE
    0x8102DD
    FklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102DD  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        wnwix_w
        kw_sw_b128
        16
        -127.9961
        112.0039

        FORMAT "%8.4"
        FIX_AXIS_PAR -32767  12  16

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWNWSLRA
    "Kennlinie für Sollwert-Auslassstellerfehlersimulation"
    CURVE
    0x811D64
    KlAUbSstUbWUb
    127.5
    kw_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D64  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnwass
        kw_ub_q0p5
        6
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWNWSLRE
    "Kennlinie für Sollwert-Einlassstellerfehlersimulation"
    CURVE
    0x811CFD
    KlAUbSstUbWUb
    127.5
    kw_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CFD  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wnweos
        kw_ub_q0p5
        6
        0.00
        127.5

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWSNWA
    "Kennlinie Schwelle Nockenwellenwinkel, Auslaß"
    CURVE
    0x82B9A4
    GklWSw
    255.9961
    kw_q0p0039
    -128.0000
    127.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9A4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWSNWE
    "Kennlinie Schwelle Nockenwellenwinkel, Einlaß"
    CURVE
    0x82B8EC
    GklWSw
    255.9961
    kw_sw_b128
    -128.0000
    127.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8EC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWSRNWA
    "Kennlinie reduzierter Fangbereich, Auslaß"
    CURVE
    0x82B9B4
    GklWSw
    255.9961
    kw_q0p0039
    -128.0000
    127.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9B4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLWSRNWE
    "Kennlinie reduzierter Fangbereich, Einlaß"
    CURVE
    0x82B8FC
    GklWSw
    255.9961
    kw_sw_b128
    -128.0000
    127.9961

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8FC  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZANSFHO
    "Kennlinie für Höhenkorrektur der Zeitkonstante zur Nachstartabregelung"
    CURVE
    0x818F8A
    KlAUbSstUbWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F8A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        8
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZDLBTS
    "Zeitkonstante Delta Lambda Bauteileschutz"
    CURVE
    0x827CD8
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827CD8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml
        m_ub_b1020
        4
        0.00
        1020.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZKLBTDY
    "Filterkonstante für Anfettung zum Bauteileschutz wegen Lastdynamik"
    CURVE
    0x81519C
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81519C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mivbegv_w
        rel_uw_b100
        6
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL1_UC
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 1.Bank im Befehlstest"
    CURVE
    0x811716
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811716  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb1_uc
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL1_UM
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 1.Bank in  der Fktüko"
    CURVE
    0x814131
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814131  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb1_um
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL2_UC
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 2.Bank im Befhelstest"
    CURVE
    0x811727
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811727  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb2_uc
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KLZL2_UM
    "Kennlinie zur lambdaabhängigen Zündwinkelkorrekturen 2.Bank in  der Fktüko"
    CURVE
    0x814142
    KlAUbSstUbWUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814142  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        lamb2_um
        rel_ub_q0p03125
        8
        0.00
        7.969

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMITIBGR
    "Steigungsfaktor für das Aufintegrieren von dtimx_w zur Momentenbeggrenzung"
    VALUE
    0x819076
    KwUb
    76.00
    rkti_k_sy
    0.00
    76.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819076  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMLTESG
    "Konstante für Regeneriermasse in Leitung TEV-Saugrohr bei Normdruck + Normtemp."
    VALUE
    0x82A7D0
    KwUw
    1.066650
    fak1_q1p63Em5
    0.00
    1.066650

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KMXSTG
    "Filterkonstante für Filter max. Steigung für Sonde hinter KAT"
    VALUE
    0x81E74E
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E74E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNLSYN
    "Sicherheitsfaktor für Notlauf-Synchronisationsbedingung"
    VALUE
    0x8102ED
    KwUb
    7.969
    fak_ub_b8
    0.00
    7.969

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNSNF
    "Sperrband für Solldrehzahlnachführung"
    VALUE
    0x819DF7
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWBNA
    "Integratorbeiwert  Stellzeit NW-Steller neg. Richtung bis Halteposition (Auslaß)"
    VALUE
    0x811D71
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D71  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWBNE
    "Integratorbeiwert  Stellzeit NW-Steller neg. Richtung bis  Halteposition Einlass"
    VALUE
    0x811D0A
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWBPA
    "Integratorbeiwert  Stellzeit NW-Steller pos. Richtung bis Halteposition (Auslaß)"
    VALUE
    0x811D72
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWBPE
    "Integratorbeiwert  Stellzeit NW-Steller pos. Richtung bis  Halteposition Einlass"
    VALUE
    0x811D0B
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWVTKA
    "Temperaturkompensation für Ventil, Auslaß"
    CURVE
    0x81A9D3
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9D3  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnwvtka
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KNWVTKE
    "Temperaturkompensation für Ventil, Einlaß"
    CURVE
    0x81A92A
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A92A  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnwvtke
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KOELV
    "Malus bei niedrigem Ölfüllstand"
    VALUE
    0x818492
    KwUb
    6.300
    fak_ub_q0p05
    0.00
    6.300

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818492  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPHRLSU
    "P-Verstärkungsfaktor des PID-Reglers für %HRLSU"
    VALUE
    0x829E70
    KwUw
    33.33282
    reltemp_q5p086Em4
    0.00
    33.33282

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPLRHML
    "P-Anteil fuer stetige LRHK"
    CURVE
    0x81A498
    GklWUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A498  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        8
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KPVMXG
    "Verstärkungsfaktor P-Anteil der VMAX-Regelung"
    CURVE
    0x81A2E5
    FklWUb
    99.70
    rel_ub_q0p391
    0.00
    99.70

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2E5  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAFGRGA
    "Verstärkungsfaktor bei Rampe für FGR-Regler"
    CURVE
    0x81EB74
    KlAUwSstUwWUw
    3199.951
    rel_uw_b3200
    0.00
    3199.951

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB74  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL1N
    "Klopfregeladaption Lastbereich 1"
    CURVE
    0x819A80
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A80  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL2N
    "Klopfregeladaption Lastbereich 2"
    CURVE
    0x819A90
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A90  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAL3N
    "Klopfregeladaption Lastbereich 3"
    CURVE
    0x819AA0
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AA0  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRALH
    "Klopfregeladaption Lasthysterese"
    VALUE
    0x819AB0
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN1
    "Klopfregeladaption Drehzahlbereich, Stützstelle 1"
    VALUE
    0x819AB1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN2
    "Klopfregeladaption Drehzahlbereich, Stützstelle 2"
    VALUE
    0x819AB2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN3
    "Klopfregeladaption Drehzahlbereich, Stützstelle 3"
    VALUE
    0x819AB3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRAN4
    "Klopfregeladaption Drehzahlbereich, Stützstelle 4"
    VALUE
    0x819AB4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRANH
    "Klopfregeladaption Drehzahlhysterese"
    VALUE
    0x819AB5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWA
    "Klopfregelung Differenz aktueller ZW zu Adaptionskennfeld"
    VALUE
    0x810D9D
    KwUb
    191.3
    zw_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWAA
    "zulässiger ZW-Sprung nach früh bei Auslesen Adaptionswerte"
    VALUE
    0x810D9E
    KwUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWKLA
    "Der SV-Lernbetrag für die KR-Adaption nach einem erkannten Klopfereignis"
    VALUE
    0x810D9F
    KwUb
    6.000
    zw_ub_qn0p75
    -6.000
    0.00

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWSA
    "Der FV-Lernbetrag für die KR-Adaption wenn wkra-wkr > KRDWA"
    VALUE
    0x810DA0
    KwUb
    6.000
    zw_ub_q0p75
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRDWSN
    "Klopfregelung delta - Winkel Sicherheit"
    CURVE
    0x819AB6
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AB6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFHKS
    "Fehlerhäufigkeit Klopfsensoren"
    VALUE
    0x819B8A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFHT
    "Fehlerhäufigkeit Testimpuls"
    VALUE
    0x810DCF
    KwUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFKLN
    "Spätverstellung pro Klopfereignis bei langsamer Frühverstellung"
    CURVE
    0x819AC6
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AC6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFKN
    "Spätverstellung pro Klopfereignis"
    CURVE
    0x819AD6
    GklWUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AD6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP1
    "Tiefpassverhalten normal"
    VALUE
    0x810D8E
    KwUb
    24.00
    dez
    8.000
    32.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP2
    "Tiefpassverhalten bei Drehzahldynamik"
    VALUE
    0x810D8F
    KwUb
    14.00
    dez
    2.000
    16.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRFTP3
    "Tiefpassverhalten bei Lastdynamik"
    VALUE
    0x810D90
    KwUb
    14.00
    dez
    2.000
    16.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRIVKMX
    "Maximaler Korrekturwert krivk_w"
    VALUE
    0x81E77E
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E77E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRKFKS
    "Zuordnung der Kloperkennungskennlinie bei fehlender Zyl.-1-Erkennung"
    VALUE
    0x810D91
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRKTE
    "Umrechnung relative Kraftstoffmasse rk in effektive Einspritzzeit te"
    VALUE
    0x81F910
    KwUw
    8.738000
    rkti11_sy
    0.00
    8.738000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F910  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRLVFN
    "Anz. Zünd./Zyl., Zeitangabe von Frühverst. zu Frühverst. (langsame Frühverst.)"
    CURVE
    0x819AE6
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AE6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRMXN
    "maximale Spätverstellung"
    CURVE
    0x819AF6
    GklWUb
    190.5
    zw_ub_qn0p75
    -191.3
    -0.7500

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819AF6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRNLZ
    "Drehzahlschwelle, oberhalb der Führung durch Leitzylinder aktiv ist"
    VAL_BLK
    0x819B06
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x819B06  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRVFN
    "Anz. Zünd./Zyl., bzw. Zeitangabe von Frühverst. zu Frühverst. (Stufenbreite-KR)"
    CURVE
    0x819B0E
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B0E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRVFSN
    "Anzahl Zündungen/Zyl., oder Zeitangabe für schnelle Frühverstellung der KR"
    CURVE
    0x819B1E
    GklWUb
    254.0
    dez
    1.000
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B1E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRVST
    "Verstärkung nach Start"
    VALUE
    0x810D92
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRWKRAIN
    "Initialisierungswert für Adaptionswerte"
    VALUE
    0x810DA1
    KwUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KRZYLDIAG
    "Auswahl (lauter) Zylinder für KS-Diagnose"
    VALUE
    0x819B8B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA0INI
    "Initialisierungswert STADAP-Faktor in Bereich 0"
    VALUE
    0x810BB1
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA1INI
    "Initialisierungswert STADAP-Faktor in Bereich 1"
    VALUE
    0x810BB2
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTA2INI
    "Initialisierungswert STADAP-Faktor in Bereich 2"
    VALUE
    0x810BB3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAI
    "Arbeitsbereiche für STADAP-Faktoren"
    CURVE
    0x810BB4
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BB4  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN0
    "Min-Begrenzung des STADAP-Faktors in Bereich 0"
    VALUE
    0x810BCD
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN1
    "Min-Begrenzung des STADAP-Faktors in Bereich 1"
    VALUE
    0x810BCE
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMN2
    "Min-Begrenzung des STADAP-Faktors in Bereich 2"
    VALUE
    0x810BCF
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX0
    "Max-Begrenzung des STADAP-Faktors in Bereich 0"
    VALUE
    0x810BD0
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX1
    "Max-Begrenzung des STADAP-Faktors in Bereich 1"
    VALUE
    0x810BD1
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTAMX2
    "Max-Begrenzung des STADAP-Faktors in Bereich 2"
    VALUE
    0x810BD2
    KwUb
    0.9922
    fak_ub_b2
    1.000
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSTTOPMN
    "Minimale Betriebsdauer seit PWF für Startmengenadaption"
    VALUE
    0x81508C
    KwUw
    393210.0
    t6minxmin_q6
    0.00
    393210.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81508C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KSZA
    "Anzahl Klopfsensoren"
    VALUE
    0x810D93
    KwUb
    3.000
    dez
    1.000
    4.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTLAMSTEIG
    "I-Faktor  für  Rampensteigung lamlash im Kurztrip für Testfunktion hinter KAT"
    VALUE
    0x81E750
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E750  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMGZYL
    "Kraftstoffmenge / Zyl für die Ermittlung  des Verbrauchsäquivalents"
    VALUE
    0x81C3EC
    KwUw
    5110.000
    vol_uw_b5120_LproZyl
    0.00
    5110.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTMOTW
    "Motortemperatur bei warmen Motor"
    VALUE
    0x81B5A2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNDMRKH
    "Int.-Konstante für Anforderung Drehmomentenreserve Katheizen"
    VALUE
    0x82815C
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82815C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWDA
    "Zeitverhalten D-Anteil Lageregler Nockenwelle Auslaß"
    CURVE
    0x816D1C
    GklWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D1C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWDE
    "Zeitverhalten D-Anteil Lageregler Nockenwelle Einlaß"
    CURVE
    0x816CDA
    GklWUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CDA  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSABGKA
    "Zeitkonstante für Sollwertänderungsbegrenzung Auslaßnockenwelle kalt"
    MAP
    0x811D16
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D16  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSABGKE
    "Zeitkonstante für Sollwertänderungsbegrenzung Einlaßnockenwelle kalt"
    MAP
    0x811CAF
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAF  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSNABGA
    "Zeitkonstante für negative Sollwertänderungsbegrenzung Auslaßnockenwelle"
    MAP
    0x811D2F
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D2F  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSNABGE
    "Zeitkonstante für negative Sollwertänderungsbegrenzung Einlaßnockenwelle"
    MAP
    0x811CC8
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CC8  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSPABGA
    "Zeitkonstante für positive Sollwertänderungsbegrenzung Auslaßnockenwelle"
    MAP
    0x811D48
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D48  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KTNWSPABGE
    "Zeitkonstante für positive Sollwertänderungsbegrenzung Einlaßnockenwelle"
    MAP
    0x811CE1
    GkfWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CE1  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05NWUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05NWUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUBERROR
    "Zeit für Fehlererkennung Kurzschluß nach U_batt"
    VALUE
    0x81E9A0
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUBHEAL
    "Zeit für Heilung Kurzschluß nach U_batt"
    VALUE
    0x81E9A2
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUMSRL
    "Umrechnungskonstante von Massenstrom in relative Luftfüllung"
    VALUE
    0x81096C
    KwUb
    0.00199218750
    kumsrl_ub_b0p002
    0.00
    0.00199218750

    FORMAT "%13.11"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KUSVKMX
    "max. Korrekturwert für Offset des Ausgangsverstärkers des Auswerte-IC der LSU"
    VALUE
    0x81E7F8
    KwSw
    31.99951
    spg_q4p88Em4
    -16.00000
    15.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVAKBIMX
    "max. Wert des aufsummierten Kraftstoffverbrauchs"
    VALUE
    0x818493
    KwUb
    261120.
    vol_q1024mm3
    0.00
    261120.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818493  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVB
    "Konstante für Verbrauchsanzeige"
    VALUE
    0x81AEB6
    KwUb
    777.0
    m_ub_b780
    0.00
    777.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KVNPZ
    "normierter Krafstoffverbrauch pro Zylinder für Kombiausgabe"
    VALUE
    0x81018D
    KwUb
    5100.
    kva_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZNWVNA
    "Kennlinie Zeitkonstante, negativer Sprung (Auslaß)"
    CURVE
    0x81A9E4
    GklWUb
    1275.
    t5msxms_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9E4  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZNWVNE
    "Kennlinie Zeitkonstante, negativer Sprung, Einlaß"
    CURVE
    0x81A93B
    GklWUb
    1275.
    t5msxms_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A93B  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZNWVPA
    "Kennlinie Zeitkonstante, positiver Sprung  (Auslaß)"
    CURVE
    0x81A9EC
    GklWUb
    1275.
    t5msxms_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9EC  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NAUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    KZNWVPE
    "Kennlinie Zeitkonstante, positiver Sprung, Einlaß"
    CURVE
    0x81A943
    GklWUb
    1275.
    t5msxms_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A943  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        toelzk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"

        AXIS_PTS_REF STO08NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LADIFFTHR
    "Schwelle für Lambda-Differenz für LRS Reset bei Magerschutz"
    VALUE
    0x816660
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816660  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LADIFFVA
    "Schwelle für Wichtungsfaktor Verzögerungsabmagerung für Lambdaist > 1.0"
    VALUE
    0x815156
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x815156  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAERROR
    "Zeit für Fehlererkennung Lastabfall"
    VALUE
    0x81E9A4
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAHEAL
    "Zeit für Heilung Lastabfall"
    VALUE
    0x81E9A6
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIO
    "Kennlinie lambda = f(O2)"
    CURVE
    0x8165F2
    KlAUwSstSwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165F2  0x66  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        o2adap_w
        relO2_q9p765Em4
        25
        -32.00000
        31.99902

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSH
    "Lambdalinearisierung, Sonde hinter Katalysator"
    CURVE
    0x8166AA
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166AA  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ushk_w
        spg_uw_q0p00488_o1
        10
        -1.000000
        318.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSH2
    "Lambdalinearisierung, Sonde hinter Katalysator, Bank 2"
    CURVE
    0x8166D4
    KlAUwSstUwWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166D4  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ushk2_w
        spg_uw_q0p00488_o1
        10
        -1.000000
        318.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSMN
    "minimales messbares Lambda"
    VALUE
    0x816662
    KwUw
    15.99951
    fak_uw_b16
    0.0002441406
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816662  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSRH
    "Lambdalinearisierung, Sonde hinter Katalysator, Sollwert"
    CURVE
    0x8166FE
    KlAUbSstUbWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8166FE  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        usrhk
        spg_ub_q0p0052_o0p2
        10
        -0.2000
        1.130

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LALIUSRH2
    "Lambdalinearisierung, Sonde hinter Katalysator, Sollwert Bank2"
    CURVE
    0x81671E
    KlAUbSstUbWUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81671E  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        usrhk2
        spg_ub_q0p0052_o0p2
        10
        -0.2000
        1.130

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDYNO
    "obere Lambdaschwelle für Dynamikprüfung LSU"
    VALUE
    0x81E866
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E866  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMDYNU
    "untere Lambdaschwelle für Dynamikprüfung LSU"
    VALUE
    0x81E868
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E868  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMFA
    "Lambda Fahrerwunsch"
    MAP
    0x827A86
    KfAxUbAyUbSstxUbSstyUwWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827A86  0x78  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        15
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

    /begin AXIS_DESCR

        STD_AXIS
        mrfa_w
        rel_uw_b200
        6
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMFLGSL
    "Lambda Motorlaufgrenze  fett bei Sekundärlufteinblasung"
    CURVE
    0x8190A0
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190A0  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        imlatm
        m_ub_b23p3
        6
        0.00
        23.21

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMGAINMN
    "Lambda Untergrenze für Verstärkung = 17 im CJ125"
    VALUE
    0x816658
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816658  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMGAINMX
    "Lambda Obergrenze für Verstärkung = 17 im CJ125"
    VALUE
    0x81665A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81665A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMKADEF
    "Defaultwert Lambda für Katausräumen inaktiv"
    VALUE
    0x829FD6
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMKAMLW
    "Lambdasollwert für Katalysator-Ausräumen (luftmassenabhängig)"
    CURVE
    0x829FD8
    KlAUwSstUwWUw
    1.000000
    fak_uw_b16
    0.00
    1.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FD8  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLASHMIN
    "Minimaler Lambda-Sollwert (Fett) für Test Schwingungsprüfung hinter KAT"
    VALUE
    0x81E752
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E752  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLGFKT
    "Laufgrenze ""fett"" im Kurz Test"
    VALUE
    0x8190AD
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLGFTM
    "Lambda Motorlaufgrenze fett"
    CURVE
    0x8190AE
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190AE  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLGMKT
    "Laufgrenze ""mager"" im Kurz Test"
    VALUE
    0x8190BA
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLGMTM
    "Laufgrenze ""mager"""
    CURVE
    0x8190BB
    GklWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190BB  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLRAMN
    "minimale Lambda-Schwelle, bei der die Gemischadaption aktiv sein kann"
    VALUE
    0x81FBBE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMLRAMX
    "maximale Lambda-Schwelle, bei der die Gemischadaption aktiv sein kann"
    VALUE
    0x81FBC0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMN
    "Untere Plausibilitätsschwelle für Lambda"
    VALUE
    0x81E834
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E834  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMMX
    "Obere Plausibilitätsschwelle für Lambda"
    VALUE
    0x81E836
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E836  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMRLMN
    "Lambdavorsteuerung bei rl < RLLAMMN zur Verbesserung der Brennbarkeit"
    VALUE
    0x819264
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819264  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSAUF
    "Lambdasoll für Abgasuntersuchung II fett"
    VALUE
    0x81F99A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F99A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSAUM
    "Lambdasoll für Abgasuntersuchung II mager"
    VALUE
    0x81F99C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F99C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSKAMX
    "Lambda-Ist vor Kat für Erkennung Magerbedingung Kat-Ausräumen"
    VALUE
    0x829FEE
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSKAMX2
    "Lambda-Ist vor Kat für Erkennung Magerbedingung Kat-Ausräumen, Bank2"
    VALUE
    0x829FF0
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSONMN
    "Lambda-Schwelle Min. für Auslösung Sperre I-Anteil"
    VALUE
    0x829F9C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSONMX
    "Lambda-Schwelle Max. für Auslösung Sperre I-Anteil"
    VALUE
    0x829F9E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSONSVL
    "Schwelle für Volllast Lambda-Betrieb bei der Sondenspannung überprüft wird"
    VALUE
    0x81E754
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E754  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSAMN
    "untere Grenze für lamsosa und lamsisa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E28
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSAMX
    "obere Grenze für lamsosa und lamsisa, CARB-Tester, DLSSALRS"
    VALUE
    0x818E29
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E29  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSMN
    "Minimales Lambdasoll für  stöchiometrischen Betrieb"
    VALUE
    0x81E7FA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSSMX
    "Maximales Lambdasoll für  stöchiometrischen Betrieb"
    VALUE
    0x81E7FC
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMSTEIG
    "I-Faktor  für  Rampensteigung lamlash für Testfunktion hinter KAT"
    VALUE
    0x81E756
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E756  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMTEMN
    "minimale Lambda-Schwelle, bei der die Tankentlüftung aktiv sein kann"
    VALUE
    0x82A684
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A684  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMTEMX
    "maximale Lambda-Schwelle, bei der die Tankentlüftung aktiv sein kann"
    VALUE
    0x82A686
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A686  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMUKAF
    "Lambda-Soll Fettgrenze für Freigabe ÜK-Adaption"
    VALUE
    0x8151B8
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LAMUKAM
    "Lambda-Soll Magergrenze für Freigabe ÜK-Adaption"
    VALUE
    0x8151BA
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASDSLA
    "Lambda-Abgas-Soll bei Sekundärluftadaption/Kurztest"
    CURVE
    0x828656
    KlAUwSstUwWUw
    15.99976
    fak_q0p000244
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x828656  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASHKAB
    "Startwert für dynamische Sollwertanhebung (lamsolh) in der LRHK"
    VALUE
    0x81673E
    KwSw
    1.099976
    fak_sw_b1
    -0.1000061
    0.9999695

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81673E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASOAB
    "Lambdasollwert bei Bankabschaltung"
    VALUE
    0x810B9A
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASPLCFT
    "Fettschwelle für den Sollwert von Lambda für den Plausibilitätscheck"
    VALUE
    0x81E838
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E838  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASPLCMR
    "Magerschwelle für den Sollwert von Lambda für den Plausibilitätscheck"
    VALUE
    0x81E83A
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E83A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASTCMN
    "Untere Grenze für stöchiometrisches Lambda"
    VALUE
    0x814FD2
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASTCMX
    "Obere Grenze für stöchiometrisches Lambda"
    VALUE
    0x814FD4
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASTMOT
    "Motortemp.-Korrektur von Lambda-Abgas-Soll"
    CURVE
    0x819854
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819854  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LASWLTM
    "Offset Lambda-Motor-Soll bei inaktiver Lambdaregelung"
    CURVE
    0x8191AA
    GklWSb
    1.992
    fak_sb_b1
    -1.000
    0.9922

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191AA  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMINC
    "Wert der bei Bezugsmarkenverlust hinzuaddiert wird"
    VALUE
    0x813930
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813930  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMINIT
    "Initialisierungswert des Zählers Bezugsmarkenverlust, wenn SG zuvor im NLDG war"
    VALUE
    0x813932
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813932  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMMX
    "Maximalwert für Zähler Bezugsmarkenverlust"
    VALUE
    0x813934
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813934  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBMSUB
    "Differenzwert zwischen der Fehlereintragsschwelle und der Notlaufanforderung"
    VALUE
    0x81E46A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E46A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZO1
    "Schwelle für lbz zur Solldrehzahlanhebung beim Verlassen des LL"
    VALUE
    0x819DF8
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZO2
    "Schwelle für lbz zur Solldrehzahlanhebung im Leerlauf"
    VALUE
    0x819DF9
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LBZU
    "Schwelle für lbz zur Solldrehzahlabsenkung beim Verlassen des Leerlaufs"
    VALUE
    0x819DFA
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LFWOFLOGIN
    ""
    VALUE
    0x81556A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81556A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LFWONLOGIN
    ""
    VALUE
    0x81556C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81556C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMN
    "Untere Integratorbegrenzung bei stehendem Fahrzeug"
    VALUE
    0x810EEE
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNDLLR
    "Untere Integratorbegrenzung bei Diagnose Leerlaufregelung"
    VALUE
    0x810EEF
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNDTES
    "Untere Integratorbegrenzung bei DTES"
    VALUE
    0x810EF0
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMNV
    "Untere Integratorbegrenzung bei rollendem Fahrzeug"
    VALUE
    0x810EF1
    KwUb
    24.90
    rel_ub_bn24p9
    -24.90
    0.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMXDNS
    "Obere Integratorbegrenzung bei stehendem Fahrzeug"
    CURVE
    0x819F04
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F04  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS206LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LIMXVDNS
    "Obere Integratorbegrenzung bei rollendem Fahrzeug"
    CURVE
    0x819F0A
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F0A  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dns
        nmotd_sb_q10
        6
        -1280.
        1270.

        FORMAT "%5.0"

        AXIS_PTS_REF SNS206LLSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LISTM
    "Wert des Leerlaufintegrators im Start"
    CURVE
    0x819F10
    GklWUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F10  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKRAN
    "Lastschwelle Klopfregel-Adaption"
    CURVE
    0x819B2E
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B2E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LKRN
    "Lastschwelle Klopfregelung"
    CURVE
    0x819B3E
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B3E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LLRICNF
    "Configurationsbyte für LLR Integrator"
    VALUE
    0x810EF2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LMSTMOT
    "Motortemp.-Korrektur von Lambda-Motor-Soll"
    CURVE
    0x81985D
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81985D  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LNXQTM
    "Natürlicher Logarithmus aus Temperaturquotient"
    CURVE
    0x827B44
    KlAUbSstUwWUw
    3.999939
    fak_uw_b4
    0.00
    3.999939

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B44  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        xqtm_w
        fak_uw_b16
        12
        0.00
        15.99976

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRHIMN
    "minimale Integratorgrenze der stetigen LRHK"
    VALUE
    0x829FA0
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRHIMX
    "maximale Integratorgrenze der stetigen LRHK"
    VALUE
    0x829FA2
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST1_T
    "Wartezeit in Lernschritt 1"
    VALUE
    0x810412
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810412  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST3_T
    "Wartezeit in Lernschritt 3"
    VALUE
    0x810413
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810413  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST7_T
    "Wartezeit in Lernschritt 7"
    VALUE
    0x810414
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810414  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNST9_T
    "Wartezeit in Lernschritt 9"
    VALUE
    0x810415
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810415  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRNVB_T
    "Lernverbotszeit für 'normales Lernen'"
    VALUE
    0x813A10
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A10  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSGKTM
    "Korrekturkennlinie der Reglerparameter bei tiefen Motortemperaturen"
    CURVE
    0x81A3EF
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A3EF  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSMODMS
    "Kennlinie Amplitude der LRS-Zwangsamplitude"
    CURVE
    0x814FD6
    KlAUwSstUwWUb
    0.249023438
    fak_ub_b0p25
    0.00
    0.249023438

    FORMAT "%11.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FD6  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabmod_w
        m_uw_b6553p5
        6
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LRSTPZA
    "Periodendauer der LRS-Zwangsamplitude"
    VALUE
    0x814FEA
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSUNAMN
    "untere Schwelle für LSU nicht aktiv"
    VALUE
    0x81E83C
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E83C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LSUNAMX
    "obere Schwelle für LSU nicht aktiv"
    VALUE
    0x81E83E
    KwUw
    15.99976
    fak_uw_b16
    0.00
    15.99976

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E83E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO1
    "Alternative Lüfterkonfiguration 1 zu CWLUEKO über Login Code"
    VALUE
    0x82BF38
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO2
    "Alternative Lüfterkonfiguration 2 zu CWLUEKO über Login Code"
    VALUE
    0x82BF3A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEKO3
    "Alternative Lüfterkonfiguration 3 zu CWLUEKO über Login Code"
    VALUE
    0x82BF3C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN1LOGIN
    "Login-Code für Drehzahlfenster 1 aktiv (Lüftersteuerung)"
    VALUE
    0x81556E
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81556E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN2LOGIN
    "Login-Code für Drehzahlfenster 2 aktiv (Lüftersteuerung)"
    VALUE
    0x815570
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815570  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LUEN3LOGIN
    "Login-Code für Drehzahlfenster 3 aktiv (Lüftersteuerung)"
    VALUE
    0x815572
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815572  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURBMI
    "Laufunruhe-Referenzwert bei Fahrzeug steht"
    CURVE
    0x81CCF4
    KlAUwSstUwWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CCF4  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        midmd_w
        rel_uw_b100
        4
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURFOST
    "Laufruhe-Referenzwert für stop fuel-on/-off Adaption, Vergleich mit lunw"
    VALUE
    0x813648
    KwUw
    323.3710
    luquant
    0.00
    323.3710

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813648  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURKTM
    "Tmot-abhängiger Laufunruhe-Referenz-Korrekturwert"
    CURVE
    0x81CD06
    KlASwSstSwWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD06  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN1
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 1"
    CURVE
    0x81CD28
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD28  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN2
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 2"
    CURVE
    0x81CD38
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD38  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURMIN3
    "Drehzahlabh. Laufunruhe-Referenz-Minimalwert 3"
    CURVE
    0x81CD48
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD48  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LURST
    "Laufunruhe-Referenzwertkorrektur nach Start"
    CURVE
    0x81371A
    KlAUwSstUwWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81371A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tnst_w
        t10msxs_uw_b655p35
        6
        0.00
        655.3500

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    LWSER
    "Lenkhilfelastmoment bei fehlerhaftem Lenkwinkelsensor"
    VALUE
    0x81A0C4
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LZB1
    "Leitzylinderzuordnung: Bank1 führt Bank2 bei Fehler KS 2"
    VAL_BLK
    0x810DA2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x810DA2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LZB2
    "Leitzylinderzuordnung: Bank2 führt Bank1 bei Fehler KS 1"
    VAL_BLK
    0x810DAA
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x810DAA  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    LZFUER
    "Festwerteblock: Leitzylinderzuordnung"
    VAL_BLK
    0x810DB2
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x810DB2  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDATNM
    "Drehmomentaufnahme AT-Getriebe in Fahrstufe N/P"
    CURVE
    0x829384
    GklWSw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829384  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDATRM
    "Drehmomentanteil (Pumpenanteil) AT-Getriebe in Fahrstufe R"
    CURVE
    0x829394
    GklWSw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829394  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDERFOKH
    "Anzahl Aussetzer für Adaptionsstop (Heilung) bei B_kh = 1"
    VALUE
    0x81369A
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDERKFON
    "Anzahl Aussetzer für Adaptionsstop (Heilung)"
    VALUE
    0x81369C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGAT
    "Kennlinie Momenten begrenzung bei zu hoher Abgastemperatur"
    CURVE
    0x829B30
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B30  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGENOT
    "Maximales Getriebemoment bei CAN-Ausfall oder Störung"
    CURVE
    0x829B4A
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B4A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDGRADGES
    "Momentengradientenbegrenzung bei fehlende Getriebe Botschaften"
    VALUE
    0x813618
    KwUw
    99.00055
    rel_uw_b100
    0.00
    99.00055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813618  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHFS
    "Moment zur Kompensation der Frontscheibenheizung (stat.)"
    VALUE
    0x81A0C5
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHHS
    "Moment zur Kompensation der Heckscheibenheizung (stat.)"
    VALUE
    0x81A0C6
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHYASG
    "Hysterese zur Erkennung ASG Momentenreduktion/erhöhung"
    VALUE
    0x829C2C
    KwUw
    10.00061
    rel_uw_b100
    0.00
    10.00061

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDHYEZ
    "Momenten-Hysterese bei Entscheidung der Zylinderausblendung"
    VALUE
    0x811371
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811371  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDIMX
    "Maximales indiziertes Motormoment"
    VALUE
    0x81136D
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81136D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOAB
    "Drehmomentschwelle um den Kompressor in Beschleunigung abzuschalten"
    CURVE
    0x812481
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812481  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOAN
    "Drehmomentschwelle um den Klimakompressor abzuschalten"
    CURVE
    0x812489
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812489  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDKOEN
    "Drehmomentschwelle um den Klimakompressor einzuschalten"
    CURVE
    0x812491
    GklWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812491  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDMAXKBI
    "maximales Drehmoment für Ausgabe an Kombi"
    VALUE
    0x81018E
    KwUb
    2550.
    md_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDNKO
    "Momentenschwelle in Abh. von Drehzahl"
    CURVE
    0x81AE93
    GklWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE93  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDNORM
    "Maximales indiziertes Motormoment für Moment-Normierung"
    VALUE
    0x81018F
    KwUb
    2550.
    md_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81018F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDR_AOG
    "oberer Grenzwert Anpassung Momentenreserve Leerlaufregelung"
    VALUE
    0x810DEA
    KwUb
    24.90
    rel_ub_b25
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDR_AUG
    "unterer Grenzwert Anpassung Momentenreserve Leerlaufregelung"
    VALUE
    0x810DEB
    KwUb
    24.90
    rel_ub_b25
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSH
    "Höhenabhängiger Anteil des Schleppmomentes"
    CURVE
    0x829A4E
    KlAUbSstUbWSb
    49.90
    rel_q0p1957
    -25.05
    24.85

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829A4E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        6
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSL
    "Momentenanforderung der Servolenkung"
    VALUE
    0x81A0C7
    KwUb
    49.80
    rel_q0p1953
    0.00
    49.80

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSLP
    "Moment zur Kompensation der Sekundärluftpumpe (stat.)"
    VALUE
    0x81A0C8
    KwUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSLPE
    "Moment zur Kompensation der Sekundärluftpumpe (Einschalten)"
    VALUE
    0x81A0C9
    KwSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MDSM
    "Schleppmoment Temperaturanteil"
    CURVE
    0x829A5C
    GklWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829A5C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM08__UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin AXIS_PTS

    MDV08_UC
    "Stützstellenverteilung für Moment im Befehlstest"
    0x81199A
    mz_uc
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81199A  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    MDV08_UM
    "Stützstellenverteilung für Moment in der Funktionsüberwachung"
    0x814333
    mz_um
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814333  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MDWANER
    "Ersatzwert für mdwan_w bei Fehler"
    VALUE
    0x810FEF
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIADT1MX
    "Untere Schwelle für miasgdt1_w"
    VALUE
    0x829C2E
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIASGLMX
    "Max.-Begrenzung Bypaßwert miasgl_w"
    VALUE
    0x829C30
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFAAPP
    "Applikationswert für MIFA_w"
    VALUE
    0x816098
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816098  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFABGMX
    "Maximalwert mifa_w für Momentenänderungsbegrenzung"
    VALUE
    0x81609A
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81609A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFALAPP
    "Applikationswert für MIFAL_w"
    VALUE
    0x81609C
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81609C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFALMF
    "Indiziertes Fahrerwunschmoment für Füllungspfad bei aktiver Gradientenbegrenzung"
    CURVE
    0x81609E
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81609E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mifa_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIFAMXNOT
    "maximales relativ Moment im Pedal Fehler"
    CURVE
    0x818AD5
    KlAUbSstUbWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD5  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIGESMN
    "min. ind. Moment bei fehlende Getriebe Botschaften"
    VALUE
    0x81361A
    KwUw
    99.00055
    rel_uw_b100
    0.00
    99.00055

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MILANTI
    "MIL ist bei ti-Abschaltung an, auch im 1.dcy"
    VALUE
    0x81026F
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81026F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MISALUN
    "Momentschwelle zur Schuberkennung für Ausblendung der Aussetzererkennung"
    CURVE
    0x818545
    GklWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818545  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_FRKSCH_DAT_UC
    ""
    VAL_BLK
    0x811738
    KwbUb
    0.9961
    rel_ub_b1p0
    0.00
    0.9961

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811738  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_LAMB1_DAT_UC
    ""
    VAL_BLK
    0x811748
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811748  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_LAMB2_DAT_UC
    ""
    VAL_BLK
    0x811758
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811758  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_NMOT_DAT_UC
    ""
    VAL_BLK
    0x811768
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811768  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MIST_NMV08_UC
    ""
    0x811778
    nmot_uc
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811778  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    MIST_RLV08_UC
    ""
    0x811781
    rl_uc
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811781  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MIST_RL_DAT_UC
    ""
    VAL_BLK
    0x81178A
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81178A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_ZW1_DAT_UC
    ""
    VAL_BLK
    0x81179A
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81179A  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MIST_ZW2_DAT_UC
    ""
    VAL_BLK
    0x8117AA
    KwbUb
    191.3
    zw_sb_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8117AA  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKBRMXWP
    "Maximal zulässiges Kupplungsmoment bei betätigter Bremse"
    CURVE
    0x829B64
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829B64  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped_w
        relPED_q0p00153
        8
        0.00
        100.0000

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKFADPN
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit"
    CURVE
    0x81A20C
    GklWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A20C  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKFADPN1
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit bei Klimakompressor"
    CURVE
    0x81A212
    GklWSb
    99.60
    rel_sb_q0p39
    -50.00
    49.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A212  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        6
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM06MDUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKLLS
    "Momentaufnahme Klimakompressorlüfter"
    CURVE
    0x829476
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829476  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mkllsc
        rel_q0p39
        6
        0.00
        99.61

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKLLSCMN
    "Schwellwert für Kompressorlüfterlast"
    VALUE
    0x81AE9B
    KwUb
    99.61
    rel_q0p39
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MKMIFABG
    "Kupplungsmoment für Aktivierung der Momentenänderungsbegrenzung"
    VALUE
    0x8160C0
    KwSw
    199.9969
    rel_sw_b100
    -100.0000
    99.99695

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8160C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDHFMKO
    "Luftmassen Obergrenze für Erkennung HFM-Kurzschluß"
    VALUE
    0x81EED6
    KwSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EED6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDHFMKU
    "Luftmassen Untergrenze für Erkennung HFM-Kurzschluß"
    VALUE
    0x814602
    KwSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814602  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDKVSF
    "Luftmassenschwelle für Fehlerfreigabe im DKVS (Tank leer)"
    VALUE
    0x827BA6
    KwUw
    233.0133
    m_q0p00355
    0.00
    233.0133

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDKVSG
    "Luftmassenschwelle für Fehlerfreigabe Tank leer"
    VALUE
    0x827BA8
    KwUw
    233.0133
    m_q0p00355
    0.00
    233.0133

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTAMN
    "Min.-Schwelle Motorluftmassendurchsatz für Plaus.-Check Ansauglufttemp. TANS"
    VALUE
    0x819725
    KwUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819725  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTAMX
    "Max.-Schwelle Motorluftmassendurchsatz für Plaus.-Check Ansauglufttemp. TANS"
    VALUE
    0x819726
    KwUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819726  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTEFPF
    "Schwelle Motorluftmasse für Freigabe Überprüfung Diagnose DTEV passiv möglich"
    VALUE
    0x82A74C
    KwUw
    80.00000
    m_q0p1
    0.00
    80.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A74C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLDTEPF
    "Schwelle Motorluftmasse für Freigabe Diagnose DTEV passiv möglich"
    VALUE
    0x82A74E
    KwUw
    80.00000
    m_q0p1
    0.00
    80.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A74E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLFKMSDK
    "Luftmassenstromschwelle für multipl. Abgleich von HFM- und DK-Massenstrom"
    VALUE
    0x814AE8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814AE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLHFM
    "Linearisierung der Heißfilmspannung"
    CURVE
    0x813BAA
    FklWUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813BAA  0x400  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        uhfm_w
        spg_uw_q0p00488
        512
        0.00
        4.990234

        FORMAT "%8.6"
        FIX_AXIS_PAR 0  1  512

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLHFMMN
    "minimale HFM-Luftmassen Schwelle zum Rücksetzen des Min-Fehlers"
    VALUE
    0x81EED8
    KwSw
    6553.500
    m_q0p1
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EED8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLKHMX
    "max. Luftmasse für Katheizen"
    VALUE
    0x819834
    KwUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819834  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLLASH
    "Luftmassenschwelle für Schwingungsprüfung hinter KAT"
    VALUE
    0x81E758
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E758  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLMIN
    "minimale HFM-Luftmasse"
    VALUE
    0x813FAA
    KwSw
    6553.500
    m_sw_b3276p8
    -3276.800
    3276.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLNKAX
    "Luftmassenschwelle für Einschaltbereitschaft LRSHK I-Anteil"
    VALUE
    0x829FA4
    KwUw
    7281.667
    m_uw_b7281
    0.00
    7281.667

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO1
    "obere Luftmengenschwelle Bereich 1"
    VALUE
    0x81F9B8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO1AC
    "obere Luftmengenschwelle Bereich 1 mit Kompressor"
    VALUE
    0x81F9BA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO2
    "obere Luftmengenschwelle Bereich 2"
    VALUE
    0x814FF0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO3
    "obere Luftmengenschwelle Bereich 3"
    VALUE
    0x81F9BC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLO3AC
    "obere Luftmengenschwelle Bereich 3 mit Kompressor"
    VALUE
    0x81F9BE
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOBKLHV
    "Max. Luftmassendurchsatz für Bedingung Kühlleistung hoch"
    CURVE
    0x819795
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819795  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOBKLNV
    "Max. Luftmassendurchsatz für Bedingung Kühlleistung niedrig"
    CURVE
    0x8197A0
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197A0  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOFS
    "Kennlinienoffset HFM 5"
    VALUE
    0x813FAC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOKTV
    "obere Luftmassenschwelle für Kurztrip Sondenvertauschung hinter KAT"
    VALUE
    0x81E8C6
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOSHKVERT
    "Obere Luftmassenschwelle zur Erkennung Vertauschte Sonden hinter KAT"
    VALUE
    0x81E8C8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLOSTEST
    "obere Luftmassenschwelle für Testbeginn Schwingungsprüfung hinter KAT"
    VALUE
    0x81E75A
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E75A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLPTAFXO
    "oberes Limit für Motorluftmassendurchsatz bei Check Ansauglufttemp. TANS fixiert"
    VALUE
    0x819727
    KwUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819727  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLPTAFXU
    "unteres Limit f. Motorluftmassendurchsatz bei Check Ansauglufttemp. TANS fixiert"
    VALUE
    0x819728
    KwUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819728  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLSLMX
    "max. Motor-Luftmasse für Sekundärlufteinblasung"
    VALUE
    0x81B5BA
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLSUS
    "Sollwert Luftmassen-Integral für motorisches Katheizen"
    CURVE
    0x82815E
    KlAUbSstUbWUw
    23.30133
    m_uw_b23p3
    0.00
    23.30133

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82815E  0x26  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2
    "untere Luftmengenschwelle Bereich 2"
    VALUE
    0x81F9C0
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2AC
    "untere Luftmengenschwelle Bereich 2 mit Kompressor"
    VALUE
    0x81F9C2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU2FA
    "untere Luftmengenschwelle bei Funktionsanforderung B_faan Bereich 2"
    VALUE
    0x81F9C4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU4
    "untere Luftmengenschwelle Bereich 4"
    VALUE
    0x814FF2
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLU4AC
    "untere Luftmengenschwelle Bereich 4 mit Kompressor"
    VALUE
    0x814FF4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUBKLHV
    "Min. Luftmassendurchsatz für Bedingung Kühlleistung hoch"
    CURVE
    0x8197AB
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197AB  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUBKLNV
    "Min. Luftmassendurchsatz für Bedingung Kühlleistung niedrig"
    CURVE
    0x8197B6
    KlAUbSstUbWUb
    1020.
    m_ub_b1020
    0.00
    1020.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197B6  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        5
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUKTV
    "untere Luftmassenschwelle für Kurztrip Sondenvertauschung hinter KAT"
    VALUE
    0x81E8CA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSHKVERT
    "Mindest Luftmassenschwelle zur Erkennung Vertauschte Sonden hinter KAT"
    VALUE
    0x81E8CC
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSSTG
    "Luftmassenschwelle für Dynamikprüfung hinter KAT"
    VALUE
    0x813998
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813998  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSTEST
    "untere Luftmassenschwelle für Testbeginn Schwingungsprüfung hinter KAT"
    VALUE
    0x81E75C
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E75C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLUSVL
    "Luftmassenschwelle für Vollast-Prüfung für Sonde hinter KAT"
    VALUE
    0x81E75E
    KwUw
    6553.500
    m_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E75E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLWDSLAMN
    "min. Luftmasse für Bedingung Adaption/Zusatzdiagnose (16 Bit)"
    VALUE
    0x81B6B4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6B4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLWDSLKMN
    "min. Luftmasse für Bedingung Kurztest-Diagnose (16 Bit)"
    VALUE
    0x81B6B6
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLWDSLMN
    "min. Luftmasse für Bedingung Diagnose (16 Bit)"
    VALUE
    0x81B6B8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MLWDSLOMN
    "min. Luftmasse für Bedingung frm-Offset-Messung (16 Bit)"
    VALUE
    0x81B6BA
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MOTTYP
    "Motortyp für Ausgabe an Kombi"
    VALUE
    0x810190
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810190  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESKH
    "Momentenreserve bei Kat.heizen"
    VALUE
    0x815830
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815830  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESLL
    "LLR: Erhöhte Momentenreserve im LL nach Drehzahleinbruch"
    VALUE
    0x81109C
    KwUb
    24.90
    rel_ub_b24p9
    0.00
    24.90

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81109C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRESSL
    "Momentenreserve bei Servolenkung"
    VALUE
    0x815832
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x815832  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFABNTE
    "Schwelle zur Erkennung von Dauer-Hochlastfahrt"
    VALUE
    0x8191C0
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFABUMX
    "Max. Schwelle Fahrerwusch für linearen Pedalweg im ungedrosselten DK-Bereich"
    VALUE
    0x814C98
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFALLO
    "Obere Leerlaufschwelle des relativen Fahrerwunschmoments"
    VALUE
    0x8160C2
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8160C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFALLU
    "Untere Leerlaufschwelle des relativen Fahrerwunschmoments"
    VALUE
    0x8160C4
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8160C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFAMXKAHY
    "Hysterese für Sperren Klimakompressor über mrfa-Schwelle"
    VALUE
    0x82CED6
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CED6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFARUGDN
    "Resetschwelle für linearen Pedalweg im ungedrosselten DK-Bereich"
    CURVE
    0x814C9A
    GklWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814C9A  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12FEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFAVLN
    "Vollasterkennungsschwelle des relativen Fahrerwunsches"
    CURVE
    0x8298AA
    KlAUwSstUwWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298AA  0x3A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        14
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFAVW
    "Schwelle zur Umschaltung des Vorlagerungswinkels bei max. Fahrerwunsches"
    CURVE
    0x81F968
    GklWUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F968  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM08GKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRIMX
    "Maximaler FGR-Initialisierungswert"
    CURVE
    0x818B53
    KlAUbSstUbWUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B53  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRLL
    "Schwelle relatives Moment vom Fahrgeschwindigkeitsregler für Erkennung Leerlauf"
    VALUE
    0x81EB96
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRMAX
    "Maximalwert für relatives Moment aus FGR"
    VALUE
    0x81EB98
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRFGRSTA
    "Startwert für Relatives Moment bei Aktivierung FGR-Regler"
    VALUE
    0x81EB9A
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MRKOSRUHOT
    "mrko-Schwelle für Umschaltung auf KFSUHOT"
    VALUE
    0x818DF6
    KwUb
    199.2
    rel_ub_b200
    0.00
    199.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSALLMN
    "Minimale Leerlaufluftmassenadaption für E-Gas"
    VALUE
    0x81F1F4
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSALLMX
    "Maximale Leerlaufluftmassenadaption für E-Gas"
    VALUE
    0x81F1F6
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSDKLMMN
    "minimaler Massenstrom über Drosselklappe in TE"
    VALUE
    0x816C70
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C70  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSGSMX_UC
    "Obereste Schwelle des Moments f. Befehlstest"
    VALUE
    0x816486
    KwUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816486  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSGSMX_UM
    "Obere Vergleichsschwelle des Momentenintegralwertes in der FU"
    VALUE
    0x814370
    KwUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x814370  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLBAS
    "Ini.- Sekundärluftmasse"
    VALUE
    0x8183B2
    KwUb
    102.0
    m_q0p4
    0.00
    102.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLG
    "Massenstrom Leckluft gesamt"
    VALUE
    0x81F1F8
    KwUw
    6553.500
    m_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLUB
    "Sekundärluftmasse abhängig von der Batteriespannung"
    CURVE
    0x81B5BC
    KlAUwSstUwWUw
    102.3984
    m_uw_b102p4
    0.00
    102.3984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5BC  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ubsqf_w
        spg_q0p00039
        8
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLVMX
    "Diagnoseschwelle für Ventildichtheitsprüfung"
    VALUE
    0x81B6BC
    KwUw
    102.3984
    m_q0p0015625
    0.00
    102.3984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLVMXK
    "Diagnoseschwelle für Ventildichtheitsprüfung bei Kurztest"
    VALUE
    0x81B6BE
    KwUw
    102.3984
    m_q0p0015625
    0.00
    102.3984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLVMXX
    "Diagnoseschwelle für absoluten Fehler Ventildichtheit"
    VALUE
    0x81B6C0
    KwUw
    102.3984
    m_q0p0015625
    0.00
    102.3984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSLVMXXK
    "Diagnoseschwelle für absoluten Fehler Ventildichtheit bei Kurztest"
    VALUE
    0x81B6C2
    KwUw
    102.3984
    m_q0p0015625
    0.00
    102.3984

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNPCV
    "Massenstrom über PCV Ventil"
    CURVE
    0x8196F8
    KlAUbSstUbWUb
    25.50
    m_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F8  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpspu
        p_ub_q10
        14
        0.00
        2550.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNTATE
    "Kennlinie normierter Massenstrom durch TEV"
    CURVE
    0x82A7D2
    KlAUwSstUwWUw
    25.59961
    m_uw_b25p6
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7D2  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tateist_w
        rel_uw_b100
        10
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSNTEVO
    "normierter, überkritischer Massenstrom durch das 100% offene TEV (8 Bit)"
    VALUE
    0x82A7FC
    KwUw
    25.59961
    m_uw_b25p6
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A7FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BMSR_DAT_UC
    ""
    VAL_BLK
    0x8115FB
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115FB  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BZMSRA_DAT_UC
    ""
    VAL_BLK
    0x81160B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81160B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_BZMSR_DAT_UC
    ""
    VAL_BLK
    0x81161B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81161B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_C_DAT_UC
    ""
    VAL_BLK
    0x81162B
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81162B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDASRL_DAT_UC
    ""
    VAL_BLK
    0x81163B
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81163B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDASRS_DAT_UC
    ""
    VAL_BLK
    0x81164B
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81164B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_MDMSR_DAT_UC
    ""
    VAL_BLK
    0x81165B
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81165B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_SBIT_DAT_UC
    ""
    VAL_BLK
    0x81166B
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x81166B  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_T_UC
    "Fehlerzeit für MSR-Eingriff-Überwachung des Befehlstests"
    VALUE
    0x81167B
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81167B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRC_T_UM
    "Fehlerzeit für MSR-Eingriff-Überwachung der Funktionsüberwachung"
    VALUE
    0x81407B
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81407B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MSRMDTMX
    "Größte zulässige Momenten-Zeit-Fläche bei der MSR-Topfplausibilisierung"
    VALUE
    0x8135C4
    KwSw
    5111.922
    mdt_sw_b2556
    -2556.000
    2555.922

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MTABGKH
    "mittlere Abgastemperatur während des Katheizens"
    VALUE
    0x828184
    KwUw
    1062.820
    temp_q0p0234_o273
    200.0063
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828184  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_C_DAT_UC
    ""
    VAL_BLK
    0x811B22
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B22  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MI_DAT_UC
    ""
    VAL_BLK
    0x811B32
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B32  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MZF_DAT_UC
    ""
    VAL_BLK
    0x811B42
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B42  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_MZO_DAT_UC
    ""
    VAL_BLK
    0x811B52
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B52  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_RFLAGS_DAT_UC
    ""
    VAL_BLK
    0x811B62
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B62  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_T_UC
    "Fehlerzeit beim Momentenvergleich im Befehlstest"
    VALUE
    0x811B72
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B72  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MVER_T_UM
    "Fehlerzeit beim Momentenvergleich in der Funktionsüberwachung"
    VALUE
    0x814349
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814349  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB0
    "Meßwert lesen normiert Testerkommunikation Block 0"
    VAL_BLK
    0x828B84
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 36
    /begin IF_DATA ETK  DP_BLOB 0x828B84  0x48  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB1
    "Meßwert lesen normiert Testerkommunikation Block 1"
    VAL_BLK
    0x828BCC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828BCC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB10
    "Meßwert lesen normiert Testerkommunikation Block 10"
    VAL_BLK
    0x828C1C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828C1C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB11
    "Meßwert lesen normiert Testerkommunikation Block 11"
    VAL_BLK
    0x828C6C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828C6C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB12
    "Meßwert lesen normiert Testerkommunikation Block 12"
    VAL_BLK
    0x828CBC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828CBC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB13
    "Meßwert lesen normiert Testerkommunikation Block 13"
    VAL_BLK
    0x828D0C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828D0C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB14
    "Meßwert lesen normiert Testerkommunikation Block 14"
    VAL_BLK
    0x828D5C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828D5C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB15
    "Meßwert lesen normiert Testerkommunikation Block 15"
    VAL_BLK
    0x828DAC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828DAC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB16
    "Meßwert lesen normiert Testerkommunikation Block 16"
    VAL_BLK
    0x828DFC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828DFC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB17
    "Meßwert lesen normiert Testerkommunikation Block 17"
    VAL_BLK
    0x828E4C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828E4C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB18
    "Meßwert lesen normiert Testerkommunikation Block 18"
    VAL_BLK
    0x828E9C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828E9C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB19
    "Meßwert lesen normiert Testerkommunikation Block 19"
    VAL_BLK
    0x828EEC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828EEC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB2
    "Meßwert lesen normiert Testerkommunikation Block 2"
    VAL_BLK
    0x828F3C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828F3C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB20
    "Meßwert lesen normiert Testerkommunikation Block 20"
    VAL_BLK
    0x828F8C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828F8C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB21
    "Meßwert lesen normiert Testerkommunikation Block 21"
    VAL_BLK
    0x828FDC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x828FDC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB22
    "Meßwert lesen normiert Testerkommunikation Block 22"
    VAL_BLK
    0x82902C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82902C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB23
    "Meßwert lesen normiert Testerkommunikation Block 23"
    VAL_BLK
    0x82907C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82907C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB24
    "Meßwert lesen normiert Testerkommunikation Block 24"
    VAL_BLK
    0x8290CC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x8290CC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB25
    "Meßwert lesen normiert Testerkommunikation Block 25"
    VAL_BLK
    0x82911C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 24
    /begin IF_DATA ETK  DP_BLOB 0x82911C  0x30  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB3
    "Meßwert lesen normiert Testerkommunikation Block 3"
    VAL_BLK
    0x82914C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82914C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB4
    "Meßwert lesen normiert Testerkommunikation Block 4"
    VAL_BLK
    0x82919C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82919C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB5
    "Meßwert lesen normiert Testerkommunikation Block 5"
    VAL_BLK
    0x8291EC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x8291EC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB6
    "Meßwert lesen normiert Testerkommunikation Block 6"
    VAL_BLK
    0x82923C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82923C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB7
    "Meßwert lesen normiert Testerkommunikation Block 7"
    VAL_BLK
    0x82928C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82928C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB8
    "Meßwert lesen normiert Testerkommunikation Block 8"
    VAL_BLK
    0x8292DC
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x8292DC  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MWNTKB9
    "Meßwert lesen normiert Testerkommunikation Block 9"
    VAL_BLK
    0x82932C
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 40
    /begin IF_DATA ETK  DP_BLOB 0x82932C  0x50  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXFLAD
    "Max. Anzahl Flankenadaptionen Nockenwellen Phasensensor"
    VALUE
    0x81A885
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A885  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXNLFEHL
    "Maximale Anzahl von Fehlern der Synchronisationsüberwachung bei hoher Dynamik"
    VALUE
    0x8102EE
    KwUb
    8.000
    dez
    0.00
    8.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXNLN
    "Mindestanzahl von Zahnsignalen zur Heilung des NLDG"
    VALUE
    0x818634
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818634  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXSHKA
    "Max. Anzahl der Schüttelversuche Auslaß"
    VALUE
    0x81A88A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MXSHKE
    "Max. Anzahl der Schüttelversuche Einlaß"
    VALUE
    0x81A88B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL
    "Filter-Zeitkonstante für verzögertes Moment in der Momentenbegrenzung"
    VALUE
    0x8162CA
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL_UC
    "Filter-Zeitkonstante für verzögertes Moment im Befehlstest"
    VALUE
    0x811A60
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811A60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFFIL_UM
    "Filter-Zeitkonstante für verzögertes Moment in der Funktionsüberwachung"
    VALUE
    0x814347
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814347  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV
    "Verzugszeit für zulässiges Moment in der Momentenbegrenzung"
    VALUE
    0x8162CC
    KwUw
    327.67000000
    tz10msxs_uw_b327p68
    0.010000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV_UC
    "Verzugszeit für zulässiges Moment mz_um im Befehlstest"
    VALUE
    0x811A61
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811A61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZFTV_UM
    "Verzugszeit für zulässiges Moment mz_um in der Funktionsüberwachg"
    VALUE
    0x814348
    KwUb
    280.000
    t40ms_ub_b10200
    40.0000
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814348  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_LOW_DAT_UC
    ""
    VAL_BLK
    0x811A62
    KwbUb
    0.3891
    rel_ub_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A62  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_MZF_DAT_UC
    ""
    VAL_BLK
    0x811A72
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A72  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_MZ_DAT_UC
    ""
    VAL_BLK
    0x811A82
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A82  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_PTR_DAT_UC
    ""
    VAL_BLK
    0x811A92
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A92  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZF_REG_DAT_UC
    ""
    MAP
    0x811AA2
    KfWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811AA2  0x80  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        mzf_x_uc
        dez
        16
        0.00
        15.00

        FORMAT "%5.2"
        FIX_AXIS_PAR 0  0  16

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        mzf_y_uc
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MFGR_DAT_UC
    ""
    VAL_BLK
    0x8119A3
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119A3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MMSR_DAT_UC
    ""
    VAL_BLK
    0x8119B3
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119B3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MRLINI_DAT_UC
    ""
    VAL_BLK
    0x8119C3
    KwbUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119C3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_MSGS_DAT_UC
    ""
    VAL_BLK
    0x8119D3
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119D3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_NFLAGS_DAT_UC
    ""
    VAL_BLK
    0x8119E3
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119E3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_NMOT_DAT_UC
    ""
    VAL_BLK
    0x8119F3
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8119F3  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MZUL_NMV08_UC
    ""
    0x811A03
    nmot_uc
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811A03  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MZUL_SFLAGS_DAT_UC
    ""
    VAL_BLK
    0x811A0C
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A0C  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    MZUL_SPSNV08_UC
    ""
    0x811A1C
    spsn_uc
    SstAUbSstUb
    4.9805
    spg_ub_q0p019
    8
    0.00
    4.9805

    
    FORMAT "%6.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811A1C  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    MZUL_SPSN_DAT_UC
    ""
    VAL_BLK
    0x811A25
    KwbUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A25  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_TMOT_DAT_UC
    ""
    VAL_BLK
    0x811A35
    KwbUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A35  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    MZUL_VKPEDCH_DAT_UC
    ""
    VAL_BLK
    0x811A45
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811A45  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    N0
    "Umrechnungskonstante für Einrechnung Gemischkorrektur rkat"
    VALUE
    0x810B9F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NACHANZA
    "Anzahl Zündungen im Nachlauf"
    VALUE
    0x812394
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x812394  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARASTGU
    "Gangabhängige Drehzahlschwelle für AR aktiv"
    CURVE
    0x8110AA
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110AA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARLLGA
    "Drehzahlschwelle für AR im Leerlauf"
    CURVE
    0x8110B2
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110B2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARLLMXG
    "Maximaldrehzahl für Aktivierung Antiruckel-Eingriff im Leerlauf"
    CURVE
    0x8110BA
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110BA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NARMXG
    "Maximaldrehzahl für Aktivierung Antiruckel-Eingriff außerhalb Leerlauf"
    CURVE
    0x8110C2
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110C2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NASNOTKL
    "Kennlinie für Drehzahlschwelle für Abwürgeschutz"
    CURVE
    0x81A23A
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A23A  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NC_T_UM
    "Fehlertoleranzzeit für Motordrehzahlüberwachung für Funktionsüberwachung"
    VALUE
    0x81400B
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDFILOG
    "Schwelle für Filterausgang ndfil"
    CURVE
    0x8158A8
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158A8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDIFFOG
    "Schwelle Drehzahldifferenz zum Auslösen Ini der AR beim Verzögern"
    CURVE
    0x829610
    FklWSw
    16383.75
    nmot_sw_q0p25
    -8192.000
    8191.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829610  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDIF_UM
    "erlaubte Differenz zwischen nmot und nz_um in der Funktionsüberwachung"
    VALUE
    0x81400C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKPPU
    "Minimaldrehzahl für Plausibilisierung DK-Poti 2 nach unten im Normalbetrieb"
    VALUE
    0x8103D5
    KwUb
    10000.
    nmot_ub_q40
    200.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKRA
    "Drehzahlschwelle für Diagnose Klopfregelanschlag"
    VALUE
    0x810DC4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKSBET
    "Drehzahlschwelle für Dia KS, Bandendetest"
    VALUE
    0x819B8C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKSO
    "Obere Diagnoseschwelle für Klopfsensordiagnose"
    VALUE
    0x819B8D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKSU
    "Untere Diagnoseschwelle für Klopfsensordiagnose"
    VALUE
    0x819B8E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKTSO
    "Obere Drehzahlgrenze für DKAT-aktiv"
    VALUE
    0x818A63
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A63  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKTSOT
    "Obere Drehzahlgrenze für Funktionsanforderung"
    VALUE
    0x818A64
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKTSU
    "untere Drehzahlgrenze für DKAT-aktiv"
    VALUE
    0x818A65
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDKTSUT
    "Untere Drehzahlgrenze für Funktionsanforderung"
    VALUE
    0x818A66
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A66  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDLSO
    "obere Drehzahlschwelle für digitale Leerlaufstabilisierung"
    VALUE
    0x811D7E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDLSU
    "untere Drehzahlschwelle für digitale Leerlaufstabilisierung"
    VALUE
    0x811D7F
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDNWMN
    "Minimaldrehzahl für Diagnose Nockenwellensteuerung"
    VALUE
    0x81A817
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A817  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDNWMNFA
    "Minimaldrehzahl für Diagnose Nockenwellensteuerung bei Testeranforderung"
    VALUE
    0x81A818
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A818  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDNWMX
    "Maximaldrehzahl für Diagnose Nockenwellensteuerung"
    VALUE
    0x81A819
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A819  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDSVLO
    "obere Drehzahlschwelle für Signalvergleich Ladedruck mit Umgebungsdruck"
    VALUE
    0x818B7D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDSVLU
    "Drehzahlschwelle für Signalvergleich Ladedruck mit Umgebungsdruck"
    VALUE
    0x818B7E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDV
    "Fehlererkennung Tachosignal / Drehzahlschwelle minimal"
    VALUE
    0x818AB2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDVO
    "Fehlererkennung Fz-Geschwindigkeitssignal, obere Drehzahlgrenze"
    VALUE
    0x818AB3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NDYDAMPF
    "Drehzahlschwelle für die dynamische Dämpfung"
    VALUE
    0x81C232
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C232  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NEGABW
    "neg zeitliche Abweichung zur Fehlererkennung"
    VALUE
    0x818B23
    KwUb
    0.8000
    fak_q0p1
    0.00
    0.8000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B23  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NEINSPUR
    "Einspurdrehzahl"
    VALUE
    0x81358C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81358C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFANWS
    "Drehzahlschwelle für Funktionsanforderung NWS"
    VALUE
    0x81A892
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A892  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFGRMIN
    "Min. zul. Drehzahl bei FGR-Betrieb"
    VALUE
    0x818B28
    KwUb
    10120.
    nmot_ub_q40
    0.00
    10120.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B28  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFHZ
    "Solldrehzahl bei eingeschalteter Frontscheibenheizung"
    VALUE
    0x819DFB
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFHZFS
    "Solldrehzahl bei eingeschalteter Frontscheibenheizung und B_fs=1"
    VALUE
    0x819DFC
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFLUV
    "Drehzahlschwelle der Modifikation der Laufunruhe-Berechnung"
    VALUE
    0x810237
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810237  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFS2M
    "Solldrehzahl 2 Fahrstufenschalter ein"
    CURVE
    0x819DFD
    GklWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819DFD  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKLDF
    "Solldrehzahl bei Generatorlast aktiv und B_fs=1"
    VALUE
    0x819E03
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E03  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKO
    "Solldrehzahl für Klimaanlage bei B_fs=1"
    VALUE
    0x819E04
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E04  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSKS
    "Solldrehzahl für Kochschutz (Fahrstufe eingelegt)"
    VALUE
    0x819E05
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E05  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSLPWG
    "Solldrehzahl bei Ausfall PWG-Signal bei B_fs=1"
    VALUE
    0x819E06
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E06  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSMIN
    "Minimale zulässige Solldrehzahl bei eingelegter Fahrstufe"
    VALUE
    0x819E07
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E07  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSNLDG
    "Soll-Drehzahlerhöhung bei Drehzahlgeber-Notlauf"
    VALUE
    0x819E08
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E08  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSNWLL
    "Solldrehzahlanhebung bei Nockenwellenfehler (B_fs = true)"
    VALUE
    0x819E09
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E09  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSSBC
    "Leerlaufsolldrehzahl bei Standabkopplung"
    VALUE
    0x819E0A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NFSSL
    "Soll-Drehzahl bei Servolenkungsschalter aktiv und B_fs=1"
    VALUE
    0x819E0B
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E0B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGALUN
    "Misfire Detection: Schwelle Drehzahländerung für Ausblendung"
    CURVE
    0x813702
    GklWUw
    25599.94
    nmotg_sw_q0p39
    0.00
    25599.94

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813702  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DMUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGALUST
    "Misfire Detection : Schwelle Drehzahländerung für Ausblendung nach Start"
    VALUE
    0x813712
    KwUw
    25599.94
    nmotg_sw_q0p39
    0.00
    25599.94

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813712  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGANGMIN
    "Schwelle fuer Gangerkennung, Mindestwert PLausibilitaetstest"
    VALUE
    0x81E96E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E96E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNSA
    "Drehzahlgradient beim Absteuern der Schubabschalthysterese"
    VALUE
    0x81576C
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81576C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNSAL
    "Drehzahlgradient beim Absteuern der Schubabschalthysterese im Lerrlauf"
    VALUE
    0x81576E
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81576E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGDNWEGTR
    "Drehzahlgradient beim Absteuern der Wiedereinsetzdrehzal Kuppl. offen"
    VALUE
    0x815770
    KwSw
    10239.84
    nmotg_sw_q0p15625
    -5120.000
    5119.844

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x815770  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGFSAWE
    "Schwelle Drehzahlgradient für Sperrung Filter SA/WE"
    VALUE
    0x8160C6
    KwSw
    25599.94
    nmotg_sw_q0p39
    -12800.16
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8160C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKRAWN
    "Schwellwert Drehzahlgradient für Dynamikerkennung KRRA"
    CURVE
    0x8288C8
    GklWSw
    12799.77
    nmotg_sw_q0p39
    0.00
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288C8  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKRSTMX
    "maximaler Drehzahlgradient im KR stationär Betrieb"
    VALUE
    0x8153A4
    KwSw
    12799.77
    nmotg_sw_q0p39
    0.00
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8153A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGKRWN
    "Schwellwert Drehzahlgradient für Dynamikerkennung"
    CURVE
    0x8288E8
    GklWSw
    12799.77
    nmotg_sw_q0p39
    0.00
    12799.77

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8288E8  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGNSNF
    "Drehzahlgradientenschwelle zur Auslösung der Drehzahlnachführung"
    VALUE
    0x819E0C
    KwUb
    25500.
    nmotg_ub_q100
    0.00
    25500.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NGNWLLNA
    "nmot-gradientschwelle: Anhebung der LL-Solldrehzahl zur Öldruckstabilisierung NW"
    VALUE
    0x811CA2
    KwSb
    25500.
    nmotg_sb_q100
    -12800.
    12700.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NINITSK
    "Initialisierungswert für Segmentzeitarray auf Drehzahlbasis"
    VALUE
    0x81C970
    KwUw
    6650.000
    nmot_uw_q0p25
    350.0000
    7000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C970  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKLDF
    "Solldrehzahl bei Generatorlast aktiv"
    VALUE
    0x819E0D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKOACC
    "Obere Drehzahlschwelle bei der A/C an Anfrage akzeptiert wird"
    VALUE
    0x81AE9C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKOULEV
    "Drehzahlschwelle zur Aktivierung der Klimakompressorsteuerung nach Motorstart"
    VALUE
    0x81AE9D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRAMAX
    "Drehzahl oberhalb der KR-Adaption gefreezt wird"
    VALUE
    0x819B4E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRAMIN
    "Drehzahl unterhalb der KR-Adaption gefreezt wird"
    VALUE
    0x819B4F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B4F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRF
    "Drehzahlschwelle für Klopfregelfreigabe"
    VALUE
    0x819B50
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B50  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM1
    "Drehzahlschwelle für Filtermittenfrequenz Bereich 1"
    VALUE
    0x8198BE
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM2
    "Drehzahlschwelle für Filtermittenfrequenz Bereich 2"
    VALUE
    0x8198BF
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRFM3
    "Drehzahlschwelle für Filtermittenfrequenz Bereich 3"
    VALUE
    0x8198C0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRMAX
    "Drehzahl oberhalb der KR gefreezt wird"
    VALUE
    0x819B51
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B51  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRREF
    "Drehzahlschwelle für Aktivierung der geänderten Referenzpegelberechnung"
    VALUE
    0x810D94
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKRUM
    "Drehzahlschwelle Umschalten Delta-Lastsignal für Lastdynamik"
    VALUE
    0x819B87
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NKTDX
    "Maximale Drehzahlgrenze DKAT für Berechnung"
    VALUE
    0x818A67
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A67  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLL2M
    "Solldrehzahl 2"
    CURVE
    0x819E0E
    GklWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E0E  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLAD
    "Leerlaufsolldrehzahl bei Aktivdiagnose-Sekundärluft"
    VALUE
    0x819835
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819835  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLCVTMXV
    "Begrenzung der Drehzahlvorgabe (CVT-Getriebe)"
    CURVE
    0x819E14
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E14  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg
        vfzg_ub_q1p25
        8
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLKT
    "Leerlaufsolldrehzahl bei Kurztest Sekundärluftdiagnose"
    VALUE
    0x819836
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819836  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMG
    "Solldrehzahl"
    MAP
    0x819E25
    GkfWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E25  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangllr
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMGFS
    "Solldrehzahl bei eingel. Fahrstufe für Automatikfahrzeuge"
    MAP
    0x819E55
    GkfWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E55  0x30  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM06LLUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangllr
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMIN
    "Minimale zulässige Solldrehzahl"
    VALUE
    0x819E85
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMNCAUVW
    "Untere Grenze der CAN-Drehzahl-Ausgabe mit Leerlaufsolldrehzahl"
    VALUE
    0x81358E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81358E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMXCAN
    "Max. Drehzahl der CAN-Drehzahl-Ausgabe mit Leerlaufsolldrehzahl"
    VALUE
    0x813590
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813590  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLMXCAUVW
    "Obere Grenze der CAN-Drehzahl-Ausgabe mit Leerlaufsolldrehzahl"
    VALUE
    0x813592
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813592  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLLNWDMX
    "Drehzahlschwelle unterhalb derer die Funktion aktiviert wird"
    VALUE
    0x819E86
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLPST1T
    "Wartezeit 1 im NLP-Lernen"
    VALUE
    0x810416
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810416  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLPST2T
    "Wartezeit 2 im NLP-Lernen"
    VALUE
    0x810417
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810417  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRFKEFDMX
    "Anzahl des Eigenfrequenzumschaltungen zur Freigabe des Diagnose"
    VALUE
    0x818A95
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHDIFAO
    "Schnelladaption dlahi: obere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x81A4A0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHDIFAU
    "Schnelladaption dlahi: untere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x81A4A1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHO
    "obere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x81A4A2
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRHU
    "untere Drehzahlgrenze für Regelung hinter Kat"
    VALUE
    0x811C79
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRKA
    "Drehzahlschwelle für Unterdrücken gesteuertes Kat-Ausräumen"
    VALUE
    0x81A4F3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLRSHB
    "Drehzahlschwelle, Abschalten LR bei Schub, in Verbindung mit LL und TLLRSHB"
    VALUE
    0x811C57
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C57  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLS_AOG
    "oberer Grenzwert Anpassung LL-Solldrehzahl"
    VALUE
    0x810DEC
    KwSb
    2550.
    nmot_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NLS_AUG
    "unterer Grenzwert Anpassung LL-Solldrehzahl"
    VALUE
    0x810DED
    KwSb
    2550.
    nmot_q10
    -1280.
    1270.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MN1
    "untere Grenze Ausblendbereich 1 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B149
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B149  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MN2
    "untere Grenze Ausblendbereich 2 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B14A
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MN3
    "untere Grenze Ausblendbereich 3 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B14B
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MX1
    "obere Grenze Ausblendbereich 1 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B14C
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MX2
    "obere Grenze Ausblendbereich 2 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B14D
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1MX3
    "obere Grenze Ausblendbereich 3 für Solldrehzahl Lüfter 1"
    VALUE
    0x81B14E
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1VMN
    "Kennlinie minimale Lüfterdrehzahl 1 abhängig von Fahrzeuggeschwindigkeit"
    CURVE
    0x81B14F
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B14F  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1VN
    "Untere kleinste Lüfterdrehzahlschwelle geschwindigkeitsabhängig"
    CURVE
    0x81B15C
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B15C  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM1VP
    "Obere kleinste  Lüfterdrehzahlschwelle geschwindigkeitsabhängig"
    CURVE
    0x81B169
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B169  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MN1
    "untere Grenze Ausblendbereich 1 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B176
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B176  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MN2
    "untere Grenze Ausblendbereich 2 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B177
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B177  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MN3
    "untere Grenze Ausblendbereich 3 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B178
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B178  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MX1
    "obere Grenze Ausblendbereich 1 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B179
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B179  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MX2
    "obere Grenze Ausblendbereich 2 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B17A
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B17A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2MX3
    "obere Grenze Ausblendbereich 3 für Solldrehzahl Lüfter 2"
    VALUE
    0x81B17B
    KwUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B17B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2VMN
    "Kennlinie minimale Lüfterdrehzahl 2 abhängig von Fahrzeuggeschwindigkeit"
    CURVE
    0x81B17C
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B17C  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2VN
    "Untere kleinste Lüfterdrehzahlschwelle geschwindigkeitsabhängig"
    CURVE
    0x81B189
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B189  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NM2VP
    "Obere kleinste  Lüfterdrehzahlschwelle geschwindigkeitsabhängig"
    CURVE
    0x81B196
    KlAUbSstUbWUb
    5100.
    nmot_ub_q20
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B196  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzgkmtr
        vfzg_ub_q1p25
        6
        0.00
        318.8

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAX
    "Drehzahlbegrenzung"
    VALUE
    0x8162B8
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDV
    "Drehzahlbegrenzung bei Fehlererkennung Geschwindigkeitssignal"
    VALUE
    0x829AA0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDVG
    "Drehzahlgrenze für Automatik-Getriebe bei Fehler Geschwindigkeitssignal"
    CURVE
    0x829AA2
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AA2  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXDZ
    "Drehzahlgrenze bei doppelter Zündausgabe"
    VALUE
    0x829AB2
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXF
    "Fehlererkennung nmax - Überschreitung"
    VALUE
    0x81397E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81397E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXGA
    "Maximal zulässige Motordrehzahl (stationär)"
    CURVE
    0x829AB4
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AB4  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXKBI
    "Drehzahl bei maximalem Moment für Ausgabe an Kombi"
    VALUE
    0x810191
    KwUb
    25500.
    nmot_ub_q100
    0.00
    25500.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810191  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXKR
    "Drehzahlgrenze bei Sicherheitsspätverstellung der Klopfregelung"
    VALUE
    0x829AC4
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXNL
    "Drehzahlgrenze bei Drehzahlgeber-Notlauf"
    VALUE
    0x829AC6
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXOG
    "erhöhte Drehzahlgrenze"
    VALUE
    0x81343A
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81343A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMAXOGGA
    "Maximal zulässige Motordrehzahl (kurzzeitige Überhöhung)"
    CURVE
    0x829AC8
    FklWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AC8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMGALSDO
    "Gang und drehzahlabhängige Auslöseschwelle für LSD bei offener Wandlerkupplung"
    CURVE
    0x81A218
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A218  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangist
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMGALSDU
    "Gang und drehzahlabhängige Auslöseschwelle für LSD bei offener Wandlerkupplung"
    CURVE
    0x81A220
    FklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A220  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangist
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMGETMC
    "nmot-Schwelle für Initialisierungswerte der Getriebemomente"
    VALUE
    0x810163
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810163  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIALU
    "Min. Drehzahl für Ausblendung der Aussetzererkennung"
    VALUE
    0x81854D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81854D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIDLU
    "Min. Drehzahl für Ausblendung der Aussetzererkennung DMDDLU"
    VALUE
    0x810231
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810231  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIN
    "Minimal Drehzahl"
    VALUE
    0x81394C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81394C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMINMBVH
    "Minimaldrehzahl zur Aktivierung der Mißbrauchsverhinderung MBVH"
    VALUE
    0x818AE6
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMIN_UM
    "minimale Drehzahl für Motordrehzahlüberwachung der Funktionsüberwachung"
    VALUE
    0x81400D
    KwUb
    9680.
    nmot_ub_q40
    520.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMKFNWLLA
    "Drehzahlschwelle zur Aktivierung LL-Sollwinkelkennfelder bei Auslaßnockenwelle"
    VALUE
    0x82CE08
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMKFNWLLE
    "Drehzahlschwelle zur Aktivierung LL-Sollwinkelkennfelder bei Einlaßnockenwelle"
    VALUE
    0x82B876
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B876  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNFSE
    "Drehzahl unterhalb KFCFO Drehzahlbereich zur Interpolation der fse Werte auf 0"
    VALUE
    0x810230
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810230  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNTKOMP
    "Drehzahlbegrenzung der Gradientenkorrektur nach Start, Minimalwert"
    VALUE
    0x81C972
    KwUw
    6650.000
    nmot_uw_q0p25
    350.0000
    7000.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C972  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNWSTMN
    "Minimale Drehzahl für Freigabe der Nockenwellenverstellung im Start"
    VALUE
    0x81A79D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMNZUESA
    "untere nmot-Schwelle für Ausgabe TSMNSA"
    VALUE
    0x81AE79
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMN_DUF
    "Drehzahl-Schwelle fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    VALUE
    0x811BFB
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDELAY
    "Wartezeit bis Motorstillstand erkannt"
    VALUE
    0x8124DD
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYFA
    "untere Drehzahlschwelle für Dynamikprüfung LSU bei Kurztest"
    VALUE
    0x818A9C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYNO
    "obere Drehzahlschwelle für Dynamikprüfung LSU"
    VALUE
    0x818A9D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTDYNU
    "untere Drehzahlschwelle für Dynamikprüfung LSU"
    VALUE
    0x818A9E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTEL
    "Drehzahlschwelle: Abschaltbedingung"
    VALUE
    0x81AE9E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTMNWIV
    "min. Motordrehzahl für die Ölfüllstandsberechnung"
    VALUE
    0x81C3EE
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTMXWIV
    "max. Motordrehzahl für die Ölfüllstandsberechnung"
    VALUE
    0x81C3F0
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTNGAS
    "Drehzahlkorrekturfaktor in Abhängigkeit des Drehzahlgradienten"
    CURVE
    0x81F510
    KlAUbSstSwWUw
    1.000000
    fak_ub_b2
    0.9921875
    1.992188

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F510  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfilsu_w
        nmotg_sw_q0p39
        2
        -12800.16
        12799.77

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTQSYN
    "Motordrehzahlschwelle zur Freigabe des Schnellstarts über PG Schnellstart"
    VALUE
    0x81394E
    KwUw
    700.0000
    nmot_uw_q0p25
    0.00
    700.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81394E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTRDE
    "Drehzahlschwelle zur Freigabe der Funktion RDE"
    VALUE
    0x810289
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810289  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTZPAUS
    "Ausschaltdrehzahlschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B1A3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMOTZPEIN
    "Einschaltdrehzahlschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B1A4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    NMV08_UM
    "Stützstellenverteilung für Motordrehzahl in der Funktionsüberwachung"
    0x81407D
    nmot_um
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81407D  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    NMXALU
    "Max. Drehzahl für Ausblendung der Aussetzererkennung"
    VALUE
    0x81854E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81854E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXDAE
    "Maximaldrehzahl bei Drosselklappen-Antrieb-Ersatzbetrieb"
    CURVE
    0x810D29
    KlAUbSstUbWUb
    8160.
    nmot_ub_q32
    0.00
    8160.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D29  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wped
        relPED_ub_b100
        6
        0.00
        100.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXMDSKA
    "Maximaldrehzahl bei unbekannter Drosselklappenposition -> Ev-Abschaltung"
    VALUE
    0x81510C
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81510C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXPNL
    "Verstärkung Proportionalanteil der NMAX-Regelung bei stromloser Drosselklappe"
    VALUE
    0x81A298
    KwUb
    0.7782
    relnmot_q0p003052
    0.00
    0.7782

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A298  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXPRLG
    "Verstärkung Proportionalanteil der NMAX-Regelung im Normalbetrieb"
    MAP
    0x81A299
    GkfWUb
    0.7782
    relnmot_q0p003052
    0.00
    0.7782

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A299  0x40  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        rl
        rel_ub_q0p75
        8
        0.00
        191.3

        FORMAT "%5.1"

        AXIS_PTS_REF SRL08NXUB

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        gangi
        dez
        8
        0.00
        255.0

        FORMAT "%5.1"

        AXIS_PTS_REF SGA08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXSKA_UC
    "Motorgrenzdrehzahl für komplette Einspritzausblendung bei SKA"
    VALUE
    0x811B84
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXSKA_UM
    "Motorgrenzdrehzahl für komplette Einspritzausblendung bei SKA"
    VALUE
    0x81435B
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81435B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NMXZUESA
    "obere nmot-Schwelle für Ausgabe TSMNSA"
    VALUE
    0x81AE7A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNSTA
    "Drehzahlübergang Normal -> Start"
    CURVE
    0x81A4FC
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4FC  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNWMX
    "maximale Drehzahlschwelle für Abschaltung der NW-Verstellung"
    VALUE
    0x81A79E
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNWSHKMN
    "min Motordrehzahl zur Freigabe Schüttelfunktionalität Nockenwelle"
    VALUE
    0x811CA3
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNWSHKMX
    "max Motordrehzahl zur Freigabe Schüttelfunktionalität Nockenwelle"
    VALUE
    0x811CA4
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NNWTMN
    "Minimaldrehzahlschwelle für Freigabe der Nockenwellenverstellung"
    CURVE
    0x82A804
    KlAUbSstUwWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A804  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        4
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NO1
    "obere Drehzahlschwelle Bereich 1"
    VALUE
    0x8190DD
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NO2
    "obere Drehzahlschwelle Bereich 2"
    VALUE
    0x8190DE
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR
    "Wert für inaktiver ASR-Botschaft"
    VALUE
    0x810175
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810175  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR_UC
    "Inaktivmaske für ASR im Befehlstest"
    VALUE
    0x81167C
    KwUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81167C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOASR_UM
    "Inaktivmaske für ASR"
    VALUE
    0x81407C
    KwUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81407C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMINC
    "Wert der bei nicht erkannter Bezugsmarke aufaddiert wird"
    VALUE
    0x818635
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818635  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMINIT
    "Initialisierungswert für Zähler Bezugsmarkenverlust"
    VALUE
    0x818636
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818636  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOBMSTMX
    "Maximalwert für nicht erkannte Bezugsmarken im Start"
    VALUE
    0x818637
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818637  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOLRA
    "Codewort für Adaptionsfreigabe"
    VALUE
    0x8190DF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOREA_UC
    ""
    VALUE
    0x811B85
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NOREA_UM
    "Kennung zur Anforderung kein Motorbetrieb möglich aus %UFREAC der Funktionsüberw"
    VALUE
    0x81435C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81435C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NPHERKMN
    "minimale Motordrehzahl für Phasensuche"
    VALUE
    0x810296
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810296  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NPHERKMX
    "maximale Motordrehzahl für Phasensuche"
    VALUE
    0x810297
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810297  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NPHINVMN
    "minimale Motordrehzahl für Initialisierung"
    VALUE
    0x810298
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810298  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NPHINVMX
    "maximale Motordrehzahl für Initialisierung"
    VALUE
    0x810299
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810299  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRKAB
    "Mindestdrehzahl für Begrenzung Stelleingriff rkat bei niedrigen Drehzahlen"
    VALUE
    0x810BA0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NRLIP_UM
    "Motordrehzahl-Schwelle für den rl/rlip-Vergleich in der Funktionsüberwachg"
    VALUE
    0x81406C
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSAC
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1)"
    VALUE
    0x819E87
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSACFS
    "Solldrehzahl bei Klimaanlage ein (S_AC = 1) und eingelegter Fahrstufe (S_fs=1)"
    VALUE
    0x819E88
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSAFAN
    "Schubabschaltedrehzahl bei Testereingriff"
    VALUE
    0x810E8A
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSC_T_UM
    "Nachstartüberwachungszeit für die Funktionsüberwachung"
    VALUE
    0x81436E
    KwUw
    2621.400
    t40msxs_uw_q0p04
    0.00
    2621.400

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81436E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSHLL
    "Mindestsolldrehzahl bei Heiß-Leerlauf"
    VALUE
    0x819E89
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKAZO_UC
    "Offset für Drehzahlschelle zur Zündabschaltung bei SKA  im Befehlstest"
    VALUE
    0x811B86
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811B86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKAZO_UM
    "Offset für Drehzahlschelle zur Abschaltung Zündung bei SKA in FU"
    VALUE
    0x81435D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81435D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKO
    "Solldrehzahl für Klimaanlage"
    VALUE
    0x819E8A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSKS
    "Solldrehzahl für Kochschutz"
    VALUE
    0x819E8B
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSL
    "Solldrehzahl bei Servolenkung aktiv"
    VALUE
    0x819E8C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZA1
    "Erste Schwelle für Drehzahlanhebung von BEM"
    VALUE
    0x819E8D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZA2
    "Zweite Schwelle für Drehzahlanhebung von BEM"
    VALUE
    0x819E8E
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZA3
    "Dritte Schwelle für Drehzahlanhebung von BEM"
    VALUE
    0x819E8F
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZFS
    "Solldrehzahl bei entladener Batterie bei B_fs=1"
    VALUE
    0x819E90
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZFS1
    "Solldrehzahl bei entladener Batterie"
    VALUE
    0x819E91
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZFS2
    "Solldrehzahl  vom Tester Stufe 2 bei B_fs=1"
    VALUE
    0x819E92
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZLL
    "Solldrehzahl bei entladener Batterie"
    VALUE
    0x819E93
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZLL1
    "Solldrehzahl bei entladener Batterie"
    VALUE
    0x819E94
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZLL2
    "Solldrehzahl vom Tester Stufe 2"
    VALUE
    0x819E95
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLBZS
    "Drehzahlschwelle zur Umschaltung der Solldrehzahl durch lbz"
    VALUE
    0x819E96
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAA
    "Leerlaufdrehzahl bei Bandendetest (bei allgemeiner Anforderung)"
    VALUE
    0x81A0FA
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFADY
    "Solldrehzahl bei Kurztrip Dynamikdiagnose der LSU"
    VALUE
    0x81A0FB
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAEZLA
    "Solldrehzahl bei Kurztrip Einzelzylinder-Lambda-Regelung"
    VALUE
    0x81A0FC
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAKAT
    "Solldrehzahl bei Kurztrip Katdiagnose"
    VALUE
    0x81A0FD
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAKRS
    "Solldrehzahl bei Kurztrip Klopfsensor"
    VALUE
    0x81A0FE
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALDP
    "Solldrehzahl bei Kurztrip Tankleckdiagnose"
    VALUE
    0x81A0FF
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALSF
    "Solldrehzahl bei Kurztrip Lambdasonde hinter Front Kat"
    VALUE
    0x81A100
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A100  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFALSV
    "Solldrehzahl bei Kurztrip Lambdasonde vor Kat"
    VALUE
    0x81A101
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A101  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFANWKW
    "Leerlaufdrehzahl bei Kurztrip Nockenwellen-Kurbelwellenzuordnung"
    VALUE
    0x81A102
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A102  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASF
    "Solldrehzahl bei Kurztrip Schwingungsprüfung hinter Front Kat"
    VALUE
    0x81A103
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A103  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASH
    "Solldrehzahl bei Kurztrip Schwingungsprüfung"
    VALUE
    0x81A104
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A104  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASHV
    "Solldrehzahl bei Kurztrip Sodenvertauscherkennung"
    VALUE
    0x81A105
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A105  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASKNO
    "Drehzahlanforderung für Kurztrip: Diagnose Speicherkat"
    VALUE
    0x81A106
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A106  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFASLS
    "Solldrehzahl bei Kurztrip Sekundärluft"
    VALUE
    0x81A107
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A107  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFATES
    "Solldrehzahl bei Kurztrip Tankentlüftung"
    VALUE
    0x81A108
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A108  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFATPE
    "Solldrehzahl bei Kurztrip Taupunktende"
    VALUE
    0x81A109
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A109  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAWSA
    "Leerlaufdrehzahl bei Kurztrip Auslaß-NW"
    VALUE
    0x81A10A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLFAWSE
    "Leerlaufdrehzahl bei Kurztrip Einlaß-NW"
    VALUE
    0x81A10B
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLKVS
    "Solldrehzahl bei Kurztrip Diagnose Kraftstoffversorgung"
    VALUE
    0x81A10C
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLLSH
    "Solldrehzahl bei Kurztrip Lambdasonde hinter Kat"
    VALUE
    0x81A10D
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLNWMX
    "maximal Wert für  die kontinuierliche Drehzahlanhebung"
    VALUE
    0x819E97
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLPP
    "Solldrehzahl abhängig vom Pumpendruck der Servolenkung"
    CURVE
    0x819E98
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819E98  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        psl
        dez
        4
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLPPFS
    "Solldrehzahl abhängig vom Pumpendruck der Servolenkung bei B_fs = 1"
    CURVE
    0x819EA1
    KlAUbSstUbWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EA1  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        psl
        dez
        4
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSLPWG
    "Solldrehzahl bei Ausfall PWG-Signale"
    VALUE
    0x819EAA
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNLDG
    "Soll-Drehzahlerhöhung bei Drehzahlgeber-Notlauf"
    VALUE
    0x819EAB
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNOT
    "Solldrehzahlanhebung bei Drosselklappenfehler"
    VALUE
    0x819EAC
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNWLL
    "Solldrehzahlanhebung bei Nockenwellenfehler (B_fs = false)"
    VALUE
    0x819EAD
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSNWNA
    "Solldrehzahlanhebung bei Nockenwellesteuerung"
    VALUE
    0x819EAE
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSOF_T_UM
    "Entprellzeit für Abschaltung der Nachstartaufweitung"
    VALUE
    0x81400E
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSOLMX
    "Maximalbegrenzung der Solldrehzahl"
    VALUE
    0x819EAF
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSPWGBRPL
    "Solldrehzahl aktiver PWG-Brems-Plausibilisierung"
    VALUE
    0x818AE7
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSPWGNOT1
    "Solldrehzahl Nr.1 bei Ausfall FPM-Signale"
    VALUE
    0x818AE8
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSPWGNOT2
    "Solldrehzahl Nr.2 bei Ausfall FPM-Signale"
    VALUE
    0x818AE9
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSPWGNOT3
    "Solldrehzahl Nr.3 bei Ausfall FPM-Signale"
    VALUE
    0x818AEA
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTAK
    "Anlassdrehzahlschwelle für Hochlauferkennung"
    VALUE
    0x81508E
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81508E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTART
    "Motordrehzahlschwelle für Unterdrehzahl-Ausstieg bei Nachstartaufweitung"
    VALUE
    0x811496
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811496  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTAW
    "Motordrehzahlschwelle für Anlasserfreigabe"
    CURVE
    0x813594
    KlAUbSstUbWUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813594  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTDMD
    "Max. Drehzahl für Ausblendung der Aussetzererkennung nach Start"
    VALUE
    0x813714
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x813714  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTEND
    "Motordrehzahlschwelle für Start Ende bei Nachstartaufweitung"
    VALUE
    0x811497
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x811497  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTNM
    "Übergang Start -> Normal"
    CURVE
    0x81A503
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A503  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTNMKMTR
    "Schwelle für Mindestdrehzahl zur Berechnung gefilterter Kraftstoffverbrauch"
    VALUE
    0x81B1A5
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSTOEL
    "Leerlaufsolldrehzahl: Erhöhung bei Heißleerlauf"
    CURVE
    0x827FC4
    KlAUbSstUwWUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FC4  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSWO1
    "Drehzahlschwelle 1 Umschaltg. zur Rechenzeitersparnis"
    VALUE
    0x8181D0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSWO2
    "Drehzahlschwelle 2 Umschaltg. zur Rechenzeitersparnis"
    VALUE
    0x8181D1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSYWMN
    "minimale Getriebesynchronisationswunschdrehzahl"
    VALUE
    0x81A34D
    KwUb
    6375.
    nmot_ub_q25
    0.00
    6375.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NSYWMX
    "maximale Getriebesynchronisationswunschdrehzahl"
    VALUE
    0x81A34E
    KwUb
    6375.
    nmot_ub_q25
    0.00
    6375.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTHRESHOLD
    "Drehzahlschwelle bis zu der DFM ausgewertet wird"
    VALUE
    0x810058
    KwUb
    7600.
    nmot_ub_q40
    400.0
    8000.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810058  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTIPLL
    "Drehzahlschwelle für TIP-IN"
    VALUE
    0x819EB0
    KwUb
    8680.
    nmot_ub_q40
    1520.
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTUMTA
    "Schwelle Drehzahl für Bestimmung Umgebungstemperatur"
    VALUE
    0x81946D
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NTUMTAT
    "Schwelle Drehzahl für Bestimmung Umgebungstemperatur aus TANS"
    VALUE
    0x8189A0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU2
    "untere Drehzahlschwelle Bereich 2"
    VALUE
    0x8190E0
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NU3
    "untere Drehzahlschwelle Bereich 3"
    VALUE
    0x8190E1
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NUKAO
    "obere Drehzahlgrenze für ÜK-Adaption"
    VALUE
    0x810D7F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NUKAU
    "untere Drehzahlgrenze für ÜK-Adaption"
    VALUE
    0x810D80
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVERZMN
    "minimale Drehzahl für Verzögerung"
    VALUE
    0x816C72
    KwUw
    16383.75
    nmot_uw_q0p25
    0.00
    16383.75

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVG
    "Faktor zur Berechnung Initialisierungsdrehzahl"
    CURVE
    0x829620
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829620  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVGDSLL
    "Drehzahlschwelle  für Drucksensorvergleich DSU/DSL im Leerlauf"
    VALUE
    0x818B7F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVLSUMRSMX
    "Max. Anzahl von Starts mit tmst > TMOTMRSMX und gesetzter Verdachtbed. B_vlsumrs"
    VALUE
    0x81A36B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVMNG
    "Minimales Drehzahl/Geschwindigkeits-Verhältnis"
    CURVE
    0x829630
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829630  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVMXG
    "Maximales Drehzahl/Geschwindigkeits-Verhältnis"
    CURVE
    0x829640
    FklWUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829640  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT1O
    "Gangerkennung n/v 1 Gang oben"
    VALUE
    0x81E970
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E970  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT1U
    "Gangerekennung n/v 1 Gang unten"
    VALUE
    0x81E972
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E972  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT2O
    "Gangerkennung n/v 2 Gang oben"
    VALUE
    0x81E974
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E974  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT2U
    "Gangerkennung n/v 2 Gang unten"
    VALUE
    0x81E976
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E976  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT3O
    "Gangerkennung n/v 3 Gang oben"
    VALUE
    0x81E978
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E978  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT3U
    "Gangerkennung n/v 3 Gang unten"
    VALUE
    0x81E97A
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E97A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT4O
    "Gangerkennung n/v 4 Gang oben"
    VALUE
    0x81E97C
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E97C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT4U
    "Gangerkennung n/v 4 Gang unten"
    VALUE
    0x81E97E
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E97E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT5O
    "Gangerkennung n/v 5 Gang oben"
    VALUE
    0x81E980
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E980  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT5U
    "Gangerkennung n/v 5 Gang unten"
    VALUE
    0x81E982
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E982  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT6O
    "Gangerkennung n/v 6 Gang oben"
    VALUE
    0x81E984
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E984  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NVQUOT6U
    "Gangerkennung n/v 6 Gang unten"
    VALUE
    0x81E986
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E986  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWDK3
    "Minimaldrehzahl für Berechnung DK-Winkel-Ersatzwert aus Füllungssignal"
    VALUE
    0x8103D6
    KwUb
    10000.
    nmot_ub_q40
    200.0
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWDKSST
    "Drehzahlschwelle Abschaltung Solldrosselklappenwinkel ohne Momentenstruktur"
    CURVE
    0x818E17
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E17  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWEGTRM
    "Wiedereinsetzdrehzahl bei Getriebeeingriff"
    CURVE
    0x819D5F
    GklWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D5F  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05SAUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWENG
    "Wiedereinsetzdrehzahl"
    CURVE
    0x815772
    KlAUbSstSbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x815772  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfil
        nmotg_sb_q100
        5
        -12800.
        12700.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWENGFS
    "Delta Wiedereinsetzdrehzahl bei Fahrstufe"
    CURVE
    0x81577E
    KlAUbSstSbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81577E  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ngfil
        nmotg_sb_q100
        5
        -12800.
        12700.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFDECA
    "Dekrementierung des Fehlerentprellzählers Nockenwellensteller Auslaß"
    VALUE
    0x81A9F4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFDECE
    "Dekrementierung des Fehlerentprellzählers Nockenwellensteller Einlaß"
    VALUE
    0x81A94B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A94B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFINCA
    "Inkrementierung des Fehlerentprellzählers Nockenwellensteller Auslaß"
    VALUE
    0x81A9F5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFINCE
    "Inkrementierung des Fehlerentprellzählers Nockenwellensteller Einlaß"
    VALUE
    0x81A94C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A94C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFMXA
    "Maximalwert des Fehlerentprellzählers Nockenwellensteller Auslaß für Fehlereintr"
    VALUE
    0x81A9F6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFMXE
    "Maximalwert des Fehlerentprellzählers Nockenwellensteller Einlaß für Fehlereintr"
    VALUE
    0x81A94D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A94D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFSPLA
    "Entprellzählerstand  für Fehlerspeicher löschen Nockenwellensteller Auslaß"
    VALUE
    0x81A9F7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWFSPLE
    "Entprellzählerstand  für Fehlerspeicher löschen Nockenwellensteller Einlaß"
    VALUE
    0x81A94E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A94E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWKHFHO
    "Aufsteuerfaktor für Nockenwellenposition in Abhängigkeit von der Höhe"
    CURVE
    0x828186
    KlAUbSstUbWUb
    1.992
    fak_q0p0078
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828186  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho
        fak_ub_b4
        4
        0.00
        3.984

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWPMBBR
    "Mindestdrehzahl für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x810312
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810312  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWTMKHA
    "Faktor Nockenwellensollwinkel Katheizen Kalt -> Warm KF Auslassnockenwelle"
    CURVE
    0x81A975
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A975  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWTMKHE
    "Faktor Nockenwellensollwinkel Katheizen Kalt -> Warm KF Einlassnockenwelle"
    CURVE
    0x81A8CD
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8CD  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWUEBER0
    "Schwellwert für Bereichsgrenze 0  NW-Überschneidung"
    VALUE
    0x82AD4C
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWUEBER1
    "Schwellwert für Bereichsgrenze 1  NW-Überschneidung"
    VALUE
    0x82AD4E
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWUEBER2
    "Schwellwert für Bereichsgrenze 2  NW-Überschneidung"
    VALUE
    0x82AD50
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NWUEBER3
    "Schwellwert für Bereichsgrenze 3  NW-Überschneidung"
    VALUE
    0x82AD52
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    NZHDTL
    "Drehzahlschwelle für Zeitzähler Heiß-Leerlauf dekrementieren abh. von TL"
    CURVE
    0x819EB1
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EB1  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    NZHITL
    "Drehzahlschwelle für Zeitzähler Heiß-Leerlauf inkrementieren abh. von TL"
    CURVE
    0x819EBE
    KlAUbSstUbWUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EBE  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        rl
        rel_ub_q0p75
        6
        0.00
        191.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    N_START_UM
    "Motordrehzahlschwelle für Unterdrehzahl-Ausstieg für die Fkt.-Überwachung"
    VALUE
    0x81400F
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81400F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    N_STEND_UM
    "Motordrehzahlschwelle für Startende in der Fkt.-Überwachung"
    VALUE
    0x814010
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x814010  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    O2VK
    "Umrechnung  Spannung / O2, LSU-Sonde vor Katalysator"
    CURVE
    0x816562
    KlAUbSstSwWSw
    63.99902
    relO2_q9p765Em4
    -32.00000
    31.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816562  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ipktk_w
        i_q1_uA
        16
        -32768.00
        32767.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    OFQSYNADAP
    "Offset zwischen adaptierter Phasenflanke und Phasenflanke im Start"
    VALUE
    0x813950
    KwSw
    72.00000
    kw_q0p0156
    -36.00000
    36.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813950  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKKB
    "Offset zu DPBKVUKKPU bei betätigter Bremse"
    VALUE
    0x82CED8
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CED8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKNWB
    "Offset zu DPBKVUKNW bei betätigter Bremse"
    VALUE
    0x82CEDA
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEDA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKPB
    "Offset zu DPBKVUKP bei betätigter Bremse"
    VALUE
    0x82CEDC
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEDC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    OPBKVUKPUB
    "Offset zu DPBKVUKPU bei betätigter Bremse"
    VALUE
    0x82CEDE
    KwSw
    2559.961
    p_sw_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PAFSTMNC
    "min. Anzahl der Ölfüllstandsdifferenzen zur Mittelwertbildung für CAN"
    VALUE
    0x818494
    KwUb
    7000.
    fak_ub_q500
    500.0
    7500.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818494  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVKREHY
    "Hysterese zur kritischen Obergrenze für Druck im BKV  für Ersatzmaßnahmen"
    VALUE
    0x82CEE0
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVKRHY
    "Hysterese zur kritischen Obergrenze für Druck im Bremskraftverstärker"
    VALUE
    0x82CEE2
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBKVVSTGPV
    "Unterdruckverstärkung durch Saugstrahleffekt"
    CURVE
    0x82BF78
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF78  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dpspvdkd_w
        p_uw_q0p039
        6
        0.00
        2559.961

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBRINTMN
    "Partialdruck internes Restgas im Brennraum Minimum"
    VALUE
    0x827830
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827830  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PBRINTMX
    "Partialdruck internes Restgas im Brennraum Maximum"
    VALUE
    0x827832
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827832  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PEDLRMX
    "Maximaler Pedalwert Low Range"
    VALUE
    0x8298E4
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PEDMX
    "Maximaler Pedalwert"
    VALUE
    0x8298E6
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PEDRMX
    "Maximaler Pedalwert Rückwärtsgang"
    VALUE
    0x8298E8
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8298E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PEKP
    "Förderleistung EKP"
    VALUE
    0x81AEB8
    KwUb
    25.50
    vs_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PGFLNL
    "Anzahl an Phasenflanken bis NLDG aufgerufen wird bei eingetragenem E_n"
    VALUE
    0x818638
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818638  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PGFLWA
    "Anzahl PG-Flankenwechsel für DG-Fehler B_signal"
    VALUE
    0x810288
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810288  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHLSNHMN
    "Heizleistung für ausreichende Sondenheizung"
    VALUE
    0x818AA3
    KwUb
    2.550
    fak_ub_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNMO
    "Drehzahlschwelle für Umschaltung auf 1 Phasenflanke"
    VALUE
    0x818642
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818642  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNMU
    "Drehzahlschwelle für Umschaltung auf 2 Phasenflanken"
    VALUE
    0x818643
    KwUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818643  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PHNOKA
    "Anfangswert für Zähler Phasensignal nicht ok"
    VALUE
    0x810290
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810290  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PH_MINSEG
    "Segmentlänge kurzes Segment beim Schnellstart-Phasengebersignal"
    VALUE
    0x8102A4
    KwUb
    90.00
    kw_tooth_sy
    0.00
    90.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKLIHDV
    "Klimadruck-Schwelle für Lüfter schnell-Hochlauf"
    VALUE
    0x81B1A6
    KwUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKLIMA
    "Kennlinie Systemdruck Klimaanlage"
    CURVE
    0x81B1A7
    KlAUbSstUbWUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1A7  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        takols
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKODR
    "Ersatzwert Druck Klimaanlage für KMTR"
    VALUE
    0x81B1B2
    KwUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PKODRCMX
    "Kältemitteldruckschwelle zur Kompressorabschaltung"
    VALUE
    0x81AE9F
    KwUb
    51.00
    p_q0p2
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHAV
    "Wichtungsfaktor des P-Anteils in der LRHK über KAT-Alterung"
    CURVE
    0x81A4A3
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4A3  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf
        fak_ub_b1
        8
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHAV2
    "Wichtungsfaktor des P-Anteils in der LRHK über KAT-Alterung Bank 2"
    CURVE
    0x81A4B4
    KlAUbSstUbWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4B4  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        avkatf2
        fak_ub_b1
        8
        0.00
        0.9961

        FORMAT "%6.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHFA
    "P-Anteil während dlahi-Schnelladaption"
    VALUE
    0x81A4C5
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHFA2
    "P-Anteil während dlahi-Schnelladaption, Bank 2"
    VALUE
    0x81A4C6
    KwUb
    3.984
    fak_ub_b4
    0.00
    3.984

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PLRHSHAB
    "Wichtungsfaktor des P-Anteils in der LRHK für B_shab = FALSE"
    VALUE
    0x81A4C7
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PMAXKBI
    "Kombiausgabe maximale Leistung"
    VALUE
    0x813622
    KwUw
    511.0000
    kw_q1
    0.00
    511.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813622  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    POELOFFC
    "Ölwarnschwellen-Offset für CAN"
    VALUE
    0x818495
    KwUb
    630.0
    vol_ub_q10ml
    0.00
    630.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818495  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    POELTOLC
    "Ölwarnschwellen-Toleranz für CAN"
    VALUE
    0x818496
    KwUb
    630.0
    vol_ub_q10ml
    0.00
    630.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818496  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    POSABW
    "pos zeitliche Abweichung zur Fehlererkennung"
    VALUE
    0x818B24
    KwUb
    1.000
    fak_q0p1
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRHLSUL
    "Kleine relative Heizleistung bis zum Erreichen der Bedingung Taupunktende"
    VALUE
    0x829E72
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E72  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PRHLSURD
    "Reduzierte Heizleistungsanforderung zu Diagnosezwecken"
    VALUE
    0x829E74
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSAPES
    "Saugrohrdruck für Applikation Einspritzung"
    VALUE
    0x81F912
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F912  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSMITC
    "min. Strecke zur Mittelwertbildung Ölfüllstand für CAN"
    VALUE
    0x818497
    KwUb
    631.3
    s_ub_q6p25km
    0.00
    631.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818497  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPVDKUG
    "Verhältnis pspvdk ungedrosselt"
    VALUE
    0x814AEA
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814AEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PSPVDKUGDL
    "Druckverhältnis ab dem Überweg auch bei aktiver B_lsd freigeschaltet wird"
    VALUE
    0x814CB2
    KwUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PTMAXC
    "Intervall tmax für CAN"
    VALUE
    0x818498
    KwUb
    63.00
    t_ub_q1month
    0.00
    63.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818498  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PTMINC
    "Intervall tmin für CAN"
    VALUE
    0x818499
    KwUb
    63.00
    t_ub_q1month
    0.00
    63.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818499  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PTOELWIV
    "Ersatzwert Öltemperatur für Wartungsintervallverlängerung"
    VALUE
    0x81849A
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUE
    "Ersatzwert für Umgebungsdruck"
    VALUE
    0x81F258
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F258  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUEBKV
    "Ersatzwert für Umgebungsdruck für BKV"
    VALUE
    0x82BF92
    KwUw
    1279.961
    p_uw_q0p039
    0.00
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUKANS
    "Pulsationskorrektur abhängig von Ansauglufttemperatur"
    CURVE
    0x818B62
    KlAUbSstUbWUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B62  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tans
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUKORRV
    "Umgebungsdruckkorrektur abhängig von Fahrzeuggeschwindigkeit"
    CURVE
    0x82A772
    KlAUwSstUwWUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A772  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vfzg_w
        vfzg_uw_b512
        8
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUMN
    "Umgebungsdruckbegrenzung minimal"
    VALUE
    0x81F25A
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F25A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUMX
    "Umgebungsdruckbegrenzung maximal"
    VALUE
    0x81F25C
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F25C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUSMAX
    "maximal plausible Umgebungsdruckschwelle"
    VALUE
    0x816C86
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C86  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUSMIN
    "minimal plausible Umgebungsdruckschwelle"
    VALUE
    0x816C88
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C88  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PUSPSMX
    "max. Abweichung von Umgebungsdruck und Saugrohrdruck"
    VALUE
    0x81F25E
    KwUw
    2559.961
    p_uw_q0p039
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F25E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDKPUD
    "Schwelle unterhalb welcher die Diff. zw. pvdkds und pu als 0 ausgegeben wird"
    VALUE
    0x818B80
    KwUb
    2550.
    p_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNHOM
    "P-Reglerparameter bei Homogenbetrieb"
    CURVE
    0x810EF3
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EF3  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNHOMV
    "P-Reglerparamter bei Homogenbetrieb und Kraftschluß"
    CURVE
    0x810EFD
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EFD  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNKH
    "Kennlinie P-Verstärkung bei Thermoreaktor"
    CURVE
    0x815812
    KlAUbSstSbWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x815812  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dns
        nmotd_sb_q10
        2
        -1280.
        1270.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVDNST
    "Kennlinie P-Verstärkung bei Start"
    CURVE
    0x810F07
    GklWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F07  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVLDNEZ
    "LLR: P-Verstärkung bei stehendem Fahrzeug (Luftanteil)"
    MAP
    0x810F11
    GkfWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F11  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVLDNEZKH
    "P-Anteil der LLR auf dem Luftpfad bei Katheizen"
    MAP
    0x810F39
    GkfWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F39  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVLDNEZV
    "LLR: P-Verstärkung bei rollendem Fahrzeug (Luftanteil)"
    MAP
    0x810F61
    GkfWUb
    0.3891
    fak_q0p00153
    0.00
    0.3891

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F61  0x28  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        dn_w
        nmot_sw_q0p25
        10
        -8192.000
        8191.750

        FORMAT "%8.3"

        AXIS_PTS_REF SDN10LLSW

    /end AXIS_DESCR

    /begin AXIS_DESCR

        COM_AXIS
        etazws
        rel_ub_b127p5
        4
        0.00
        127.5

        FORMAT "%5.1"

        AXIS_PTS_REF SEZ04LLUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    PVMITIBGR
    "P-Verstärkungsfaktor für Momentenbegrenzung bei Dauerstricheinspritzung"
    VALUE
    0x819077
    KwUb
    7.600
    rkti_p_sy
    0.00
    7.600

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819077  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWGDEMX
    "Maximalwert Fehlerzähler zu Pedalwertgeber Drifterkennung"
    VALUE
    0x818AEB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWIVMNC
    "min. Wartungsintervall für CAN"
    VALUE
    0x81849B
    KwUb
    127000.
    s_ub_q1000km
    0.00
    127000.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWIVMXC
    "max. Wartungsintervall für CAN"
    VALUE
    0x81849C
    KwUb
    127000.
    s_ub_q1000km
    0.00
    127000.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PWMRAMPINC
    "Incrementwert pro Zeitraster beim Abrampen DFPWM"
    VALUE
    0x810059
    KwUb
    49.61
    rel_ub_b99p6
    0.3906
    50.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810059  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    PZWKRA
    "Prozentuale Häufigkeit der ZW-Ausgabe durch die KR während Dynamikadaption"
    VALUE
    0x810DCA
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLIHDV
    "Wärmestrom-Schwelle für Lüfter schnell-Hochlauf"
    VALUE
    0x81B1B3
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLILU1
    "Festwert Wärmestrom Klima f. Lüfter 1"
    VALUE
    0x81B1B4
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLILU2
    "Festwert Wärmestrom Klima f. Lüfter 2"
    VALUE
    0x81B1B5
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QKLIMAMX
    "Maximaler Überschüssiger Wärmestrom von Klimaanlage"
    VALUE
    0x81B1B6
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL1INI
    "Initialisierungswert Einschaltschwelle Lüfter 1"
    VALUE
    0x81B1B7
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMAXL2INI
    "Initialisierungswert Einschaltschwelle Lüfter 2"
    VALUE
    0x81B1B8
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMRAHO
    "Obere Hysterese-Schwelle bei Lüfteranforderung Motorraum"
    VALUE
    0x81B1B9
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMRAHU
    "Untere Hysterese-Schwelle bei Lüfteranforderung Motorraum"
    VALUE
    0x81B1BA
    KwUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QMRATUMG
    "Kühlleistungsanforderung vom Motorraum"
    CURVE
    0x81B1BB
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1BB  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumgkmtr
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIK
    "Faktor Regleranteil Lüfteransteuerung"
    VALUE
    0x81B1C6
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIMN
    "Minimaler Regleranteil Lüfteransteuerung"
    VALUE
    0x81B1C7
    KwSb
    191.3
    rel_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    QTKWAIMX
    "Minimaler Regleranteil Lüfteransteuerung"
    VALUE
    0x81B1C8
    KwSb
    191.3
    rel_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RALEZMAX
    "Begrenzung der Anzahl rückwärts drehender Zähne im Auslauf"
    VALUE
    0x810292
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810292  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RAMPASR
    "Rampensteilheit bei Aufregelung des ASR-Moments"
    VALUE
    0x8135C0
    KwUw
    99.99695
    rel_uw_b100
    0.001525879
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RANDSEED
    "Startwert Zufallsgenerator"
    VALUE
    0x81CD58
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RBELH
    "Belastungswiderstand für Pumpstrom-Erzeugung hinter Kat"
    VALUE
    0x81E73A
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E73A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RDUNDEF
    "Winkelbereich in dem keine Plausibilisierung des Rückdrehverdachts möglich ist"
    VALUE
    0x81028A
    KwUb
    1530.
    kw_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_AZOFFM_DAT_UC
    ""
    VAL_BLK
    0x811B87
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B87  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_C2_DAT_UC
    ""
    VAL_BLK
    0x811B97
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811B97  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_C3_DAT_UC
    ""
    VAL_BLK
    0x811BA7
    KwbUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811BA7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_EVZAUS_DAT_UC
    ""
    VAL_BLK
    0x811BB7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811BB7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_NMOT_DAT_UC
    ""
    VAL_BLK
    0x811BC7
    KwbUb
    10200.
    nmot_ub_q40
    0.00
    10200.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811BC7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_RFLAGS_DAT_UC
    ""
    VAL_BLK
    0x811BD7
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811BD7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_SPSN_DAT_UC
    ""
    VAL_BLK
    0x811BE7
    KwbUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811BE7  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T2_UC
    "Fehlerzeit bei der Funktionsüberwachungs-Fehlerreaktionsüberw. im Befehlstest"
    VALUE
    0x811BF7
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T2_UM
    "Fehlerzeit bei der Funktionsüberwachungs-Fehlerreaktionsüberwachung"
    VALUE
    0x81435E
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81435E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T3_UC
    "Fehlerzeit bei Prüfung der Zündausblendung im Befehlstest"
    VALUE
    0x811BF8
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811BF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REAC_T3_UM
    "Fehlerzeit bei Prüfung der Zündausblendung in der Fehlerreaktionsüberwachung"
    VALUE
    0x81435F
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81435F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDABM
    "Ev-Abschaltmuster für Momentenreduzierung"
    MAP
    0x810A92
    FkfNoShNoOffWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A92  0x24  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        evrbgn_one
        dez
        6
        0.00
        5.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  6

    /end AXIS_DESCR

    /begin AXIS_DESCR

        FIX_AXIS
        redsol_one
        dez
        6
        0.00
        5.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  6

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYOC
    "Hysterese der Reduzierstufe bei größerer Soll-Reduzierstufe als Ist-Wert"
    VALUE
    0x811372
    KwSb
    5.100
    rel_sb_q0p02
    -2.560
    2.540

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811372  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDHYUC
    "Hysterese der Reduzierstufe bei kleinerer Soll-Reduzierstufe als Ist-Wert"
    VALUE
    0x811373
    KwSb
    5.100
    rel_sb_q0p02
    -2.560
    2.540

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811373  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDMXSA
    "maximale Reduzierstufe bei sequentieller Schubabschaltung"
    VALUE
    0x811374
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811374  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    REDZEM
    "Schwelle zwischen Zündeingriff und Einspritzausblendung"
    CURVE
    0x81A2DA
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2DA  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    REFINI
    "Startwert Referenzpegel bei Klopfregelung aktiv"
    VALUE
    0x810D95
    KwUb
    0.7227
    spg_ub_b5
    0.2930
    1.016

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RESETMAX
    "Schalter zum Resetieren von perfmax_w"
    VALUE
    0x81A363
    KwUb
    1.000
    dez
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A363  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINCAL
    "Kalibrierwiderstand für Innenwiderstand Nernstzelle"
    VALUE
    0x8165E2
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINHAB
    "Maximalwert Innenwiderstand Ri der Nernstsonde hinter KAT für B_shab"
    VALUE
    0x81E4F8
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINHMX
    "Innenwiderstand Ri der Nernstsonde hinter KAT auf Maximalwert begrenzen"
    VALUE
    0x81E73C
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E73C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RININI
    "Initialisierungswert von rinlsu_w ( Widerstandswert der Nernstzelle LSU)"
    VALUE
    0x8165E4
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINLSUPMN
    "Minimale Schwelle für einen plausiblen Innenwiderstand der LSU"
    VALUE
    0x81E780
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E780  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RINNPH
    "Schwellwert zur Erkennung ""RI ist unplausibel hoch"""
    VALUE
    0x81E7FE
    KwUw
    2559.961
    r_q0p0391
    0.00
    2559.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RISIGRESH
    "Schwelle für Reset Signalunterbrechung mit Ri-Diagnose hinter KAT"
    VALUE
    0x81E724
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E724  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKADTEVO
    "obere rka Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82A750
    KwSw
    9.984375
    rel_sw_b1536
    0.00
    9.984375

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A750  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKADTEVU
    "untere rka Schwelle für passive Einschaltbedingungen Diagnose TEV"
    VALUE
    0x82A752
    KwSw
    9.984375
    rel_sw_b1536
    -9.984375
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A752  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAE
    "Delta rkat- bzw. rkaz-Schwelle für Erkennung der eingeschwungenen Grundadaption"
    VALUE
    0x827BAA
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BAA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATDN
    "untere Diagnoseschwelle additive Korrektur pro Zeit"
    VALUE
    0x827BAC
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BAC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATDX
    "obere Diagnoseschwelle additive Korrektur pro Zeit"
    VALUE
    0x827BAE
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATMN
    "untere Schwelle additive Korrektur pro Zeit"
    VALUE
    0x81F9C6
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATMX
    "obere Schwelle additive Korrektur pro Zeit"
    VALUE
    0x81F9C8
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATRN
    "reduzierte untere Schwelle additive Korrektur pro Zeit"
    VALUE
    0x81F9CA
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKATRX
    "reduzierte obere Schwelle additive Korrektur pro Zeit"
    VALUE
    0x81F9CC
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZDN
    "untere Diagnoseschwelle additive Korrektur pro Zündung"
    VALUE
    0x827BB0
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZDX
    "obere Diagnoseschwelle additive Korrektur pro Zündung"
    VALUE
    0x827BB2
    KwSw
    3071.953
    rel_sw_b1536
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827BB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZMN
    "untere Schwelle additive Korrektur pro Zündung"
    VALUE
    0x81F9CE
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZMX
    "obere Schwelle additive Korrektur pro Zündung"
    VALUE
    0x81F9D0
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZRN
    "reduzierte untere Schwelle additive Korrektur pro Zündung"
    VALUE
    0x81F9D2
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKAZRX
    "reduzierte obere Schwelle additive Korrektur pro Zündung"
    VALUE
    0x81F9D4
    KwSw
    383.9941
    rel_sw_b192
    -192.0000
    191.9941

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKBAUM
    "rk-Schwelle für BA-Anzeige"
    CURVE
    0x827B00
    GklWSw
    1535.953
    rel_sw_q0p0468
    0.00
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B00  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKC_MRLINI_DAT_UC
    ""
    VAL_BLK
    0x8115A8
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8115A8  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKRMX1N
    "Maximaler Referenzpegel für Klopferkennungsschwelle Zyl.-gruppe 1"
    CURVE
    0x819A4C
    GklWUb
    317.5
    spg_ub_b320
    1.250
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A4C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKRMX2N
    "Maximaler Referenzpegel für Klopferkennungsschwelle Zyl.-gruppe 2"
    CURVE
    0x819A5C
    GklWUb
    317.5
    spg_ub_b320
    1.250
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A5C  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKSPH
    "Widerstand zwischen kongurierende Spannung und Sondensignal hinter KAT"
    VALUE
    0x81E73E
    KwUw
    131070.0
    r_uw_q2
    0.00
    131070.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E73E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKUKKLU
    "Schwelle Summe Kurz-/Langzeitanteil"
    VALUE
    0x815158
    KwSw
    3071.953
    rel_sw_q0p0468
    -1536.000
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x815158  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKUKKTUBA
    "Schwelle für Erkennung UK-Aktivität (Kurzzeitanteil) BA"
    VALUE
    0x8151BC
    KwSw
    1535.953
    rel_sw_q0p0468
    0.00
    1535.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKUKKTUVA
    "Schwelle für Erkennung UK-Aktivität (Kurzzeitanteil) VA"
    VALUE
    0x8151BE
    KwSw
    1536.000
    rel_sw_q0p0468
    -1536.000
    0.00

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RKVAUM
    "rk-Schwelle für VA-Anzeige"
    CURVE
    0x827B12
    GklWSw
    1536.000
    rel_sw_q0p0468
    -1536.000
    0.00

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B12  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLC_T_UM
    "Fehlertoleranzzeit für den rl-Vergleich mit der Funktion in der Funktionsüberw."
    VALUE
    0x81406D
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDKTOT
    "Obere Lastgrenze für Funktionsanforderung"
    VALUE
    0x818A68
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A68  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDKTSO
    "Obere Lastkennlinie für DKAT-aktiv"
    CURVE
    0x818A69
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A69  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDKTSU
    "Untere Lastkennlinie für DKAT-aktiv"
    CURVE
    0x818A6E
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A6E  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        5
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM05DKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDKTUT
    "Untere Lastgrenze für Funktionsanforderung"
    VALUE
    0x818A73
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNFAW
    "Lastschwelle für Dynamikprüfung LSU bei Kurztest (16 Bit)"
    VALUE
    0x81E86A
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E86A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNOW
    "obere Lastschwelle für Dynamikprüfung LSU (16 Bit)"
    VALUE
    0x81E86C
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E86C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLDYNUW
    "untere Lastschwelle für Dynamikprüfung LSU (16 Bit)"
    VALUE
    0x81E86E
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E86E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIPFIL_UM
    "Filter-Zeitkonstante für verzögerte Lastinfo rlipt_um in d. Funktionsüberwachung"
    VALUE
    0x81406E
    KwUb
    10159.4
    zk40ms_ub_b10200
    40.6299
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIPTV_UM
    "Verzugszeit für Lastinformation rlip_um in der Funktionsüberwachung"
    VALUE
    0x81406F
    KwUb
    320.000
    t40ms_ub_b10200
    0.00
    320.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81406F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLIP_T_UM
    "Fehlertoleranzzeit für den rl/rlip-Vergleich in der Funktionsüberwachg"
    VALUE
    0x814070
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814070  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLAMMN
    "RL-min Schwelle zur Anfettung wegen Brennbarkeit"
    CURVE
    0x819265
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819265  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM06GKUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHDIFAU
    "Schnelladaption dlahi: untere Füllungsgrenze für Regelung hinter Kat"
    VALUE
    0x81A4C8
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHON
    "Kennlinie über nmot, obere rL Regelgrenze für Regler hinter KAT"
    CURVE
    0x81A4C9
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4C9  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHUFA
    "rL Regelgrenze für Regler hinter KAT bei Funktionsanforderung B_fakat"
    VALUE
    0x81A4D1
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRHUN
    "Kennlinie über nmot, untere rL Regelgrenze für Regler hinter KAT"
    CURVE
    0x81A4D2
    GklWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4D2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08LHUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRSHB
    "relative Lastschwelle, Abschalten LR bei SLS, in Verbindung mit LL und NLRSHB"
    VALUE
    0x811C58
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C58  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLLRUN
    "Kennlinie über nmot, untere rL Regelgrenze für Regler vor KAT"
    CURVE
    0x811C59
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C59  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLMDVERL
    "Lastschwelle für Unterdrehzahlprüfung abh. von mdverl_w"
    CURVE
    0x829492
    KlAUwSstUwWUw
    99.99902
    rel_uw_b192
    0.00
    99.99902

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829492  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mdverl_w
        rel_uw_b100
        3
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLNOT
    "Notlauf rl bei E_DK und E_LM"
    CURVE
    0x81F1FA
    KlAUbSstUbWUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F1FA  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO2
    "obere Lastschwelle Bereich 2"
    VALUE
    0x8190E2
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO3
    "obere rl - Schwelle Bereich 3"
    VALUE
    0x8190E3
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLO3AC
    "obere rl - Schwelle Bereich 3 mit kompressor"
    VALUE
    0x8190E4
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLPHERKMN
    "minimale Last für Phasensuche"
    VALUE
    0x81029A
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLPHERKMX
    "maximale Last für Phasensuche"
    VALUE
    0x81029B
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLSLSMN
    "min. rl für Freigabe Regelung während Sekundärluft"
    CURVE
    0x811C6A
    KlAUbSstUbWUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C6A  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLSOLAP
    "Sollfüllung für Applikationszwecke"
    VALUE
    0x814E48
    KwUw
    1535.977
    rel_uw_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814E48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2
    "untere rl - Schwelle Bereich 2"
    VALUE
    0x8190E5
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2AC
    "untere rl - Schwelle Bereich 2 mit Kompressor"
    VALUE
    0x8190E6
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU2FA
    "untere rl-Schwelle Bereich 2 bei Funktionsanforderung (B_falra)"
    VALUE
    0x8190E7
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU3
    "untere rl - Schwelle Bereich 3"
    VALUE
    0x8190E8
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU4
    "untere rl -Schwelle oberer multiplikativer Bereich"
    VALUE
    0x8190E9
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLU4AC
    "untere rl -Schwelle oberer multiplikativer Bereich mit Kompressor"
    VALUE
    0x8190EA
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLUKAO
    "obere Lastgrenze für ÜK-Adaption"
    VALUE
    0x810D81
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLUKAU
    "untere Lastgrenze für ÜK-Adaption"
    VALUE
    0x810D82
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    RLV08_UM
    "Stutzstellenverteilung für Lastinfo in der Funktionsüberwachung"
    0x814086
    rl_um
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814086  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    RLX_AOG
    "oberer Grenzwert Anpassung maximaler Ladedruck"
    VALUE
    0x810DEE
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RLX_AUG
    "unterer Grenzwert Anpassung maximaler Ladedruck"
    VALUE
    0x810DEF
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RL_BO_UM
    "Offset für Toleranzgerade f(rl_um) für rlipf_um in der Funktionsüberwachung"
    VALUE
    0x814071
    KwUb
    191.3
    rel_ub_q0p75
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814071  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RL_MO_UM
    "Steigung für Toleranzgerade f(rl_um) für rlipf_um in der Funktionsüberwachung"
    VALUE
    0x814072
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814072  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLMN
    "Diagnoseschwelle: verringerte Sekundärluftmasse (Fehlerhaft)"
    VALUE
    0x8183B3
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLMNK
    "Diagnoseschwelle Bandendetest: verringerte Sekundärluftmasse"
    VALUE
    0x8183B4
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLMNST
    "Diagnoseschwelle: verringerte Sekundärluftmasse für gefilterten rmslf"
    VALUE
    0x8183B5
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLMXST
    "Diagnoseschwelle: verringerte Sekundärluftmasse,"
    VALUE
    0x8183B6
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLPMN
    "Diagnoseschwelle: Fehler Sekundärluftpumpe, nur Pulse Air"
    VALUE
    0x8183B7
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSLTMN
    "Schwelle: sehr geringe Sekundärluftmasse, ohne Offset"
    VALUE
    0x8183B8
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVIO
    "Schwelle relativer Massenstrom für i.O. Erkennung"
    VALUE
    0x82A754
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A754  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVMN
    "Minimalwert relativer Massenstrom TEV"
    VALUE
    0x82A756
    KwSw
    399.9939
    rel_sw_b200
    -200.0000
    199.9939

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A756  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RMSTEVMX
    "Maximalwert relativer Massenstrom TEV"
    VALUE
    0x82A758
    KwSw
    399.9939
    rel_sw_b200
    -200.0000
    199.9939

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A758  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ROMRSTA_UM
    "maximale Anzahl Resets bei Fehlererkennung im ROM-Check in der Initialisierung"
    VALUE
    0x814369
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814369  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    RST_TV_UM
    "Kennung zur Anforderung eines Reset-Tastverhältnisses aus der Funktionsüberwach."
    VALUE
    0x814001
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814001  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SAFK1
    "Filterkonstante 1 für Lambdasonden-Signalausgabe"
    VALUE
    0x81F5CE
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SAN12ESUW
    "SST-Verteilung für den begrenzten Einspritzzähler anztib_w"
    0x813326
    anztib_w
    SstAUwSstUw
    65535.00
    dez
    12
    0.00
    65535.00

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813326  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SDK10TEUB
    "wdkba abhängige Stützstellen (Anzahl 10)"
    0x8181D5
    wdkba
    SstAUbSstUb
    100.0
    relDK_ub_b100
    10
    0.00
    100.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181D5  0xB  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SDLAOFMN
    "minimale (untere) Fehlerschwelle für dlahii_w"
    VALUE
    0x81E840
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E840  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDLAOFMN2
    "minimale (untere) Fehlerschwelle für dlahii_w, Bank 2"
    VALUE
    0x81E842
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E842  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDLAOFMX
    "maximale (obere) Fehlerschwelle für dlahii_w"
    VALUE
    0x81E844
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E844  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SDLAOFMX2
    "maximale (obere) Fehlerschwelle für dlahii_w, Bank 2"
    VALUE
    0x81E846
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E846  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SDN10LLSW
    "Stützstellenverteilung Addressierung Leerlaufregelparameter"
    0x815818
    dn_w
    SstASwSstSw
    16383.75
    nmot_sw_q0p25
    10
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x815818  0x16  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SDZ06GKUB
    "Stützstellen KFLAMKRL"
    0x81926B
    dzwlamfaw
    SstAUbSstUb
    191.3
    zw_ub_qn0p75
    6
    -191.3
    0.00

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81926B  0x7  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SEGMANSW
    "Segmentanzahl-Schelle für Umschaltung Mittelungsinterval"
    VALUE
    0x811C01
    KwUb
    20.00
    t1msxms_q1
    0.00
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C01  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SENZZYL
    "Klopfsensoren für SW-Zylinderzähler 0-7"
    VAL_BLK
    0x8198C1
    KwbUb
    3.000
    dezsub1
    1.000
    4.000

    FORMAT "%5.3"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x8198C1  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SEZ04LLUB
    "Stützstellenverteilung Zündwinkelwirkungsgrad für PD-Regler"
    0x810F89
    etazws
    SstAUbSstUb
    127.5
    rel_ub_b127p5
    4
    0.00
    127.5

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810F89  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SEZ06TMUB
    "Stützstellenverteilung, Zündwinkelwirkungsgrad"
    0x8181E0
    etazwimt
    SstAUbSstUb
    127.5
    rel_ub_b127p5
    6
    0.00
    127.5

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181E0  0x7  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SFONTM
    "Schwellwert tmot für fuel-on Adaption aktiv"
    VALUE
    0x81854F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81854F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SFR05TEUB
    "frmit abhängige Stützstellen (Anzahl 5)"
    0x8181E7
    frmit
    SstAUbSstUb
    1.992
    fak_ub_b2
    5
    0.00
    1.992

    
    FORMAT "%5.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181E7  0x6  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SFZARMD
    "Schwelle abgasrelevante Aussetzer für Antiruckel-Eingriff"
    VALUE
    0x8158B8
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SGA06MDUB
    "Stützstellenverteilung Ist Gang 6 Sst."
    0x81B40E
    gangi
    SstAUbSstUb
    255.0
    dez
    6
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B40E  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SGA08LLUB
    "Stützstellenverteilung für Ganginformation in Leerlaufregelung"
    0x819ECB
    gangllr
    SstAUbSstUb
    255.0
    dez
    8
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819ECB  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SGA08MDUB
    "Stützstellenverteilung Ist Gang 8 Sst."
    0x810063
    gangi
    SstAUbSstUb
    255.0
    dez
    8
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810063  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SGIDB1
    "BOSCH-Hardwarenummer"
    ASCII
    0x810DF0
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 12
    /begin IF_DATA ETK  DP_BLOB 0x810DF0  0xC  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB2
    "BOSCH-Softwarenummer"
    ASCII
    0x810DFC
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 20
    /begin IF_DATA ETK  DP_BLOB 0x810DFC  0x14  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB3
    "Kunden-Teilenummer"
    ASCII
    0x810E10
    KwbUb
    255.0
    KennText
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x810E10  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB4
    "Fertigungsdatum"
    ASCII
    0x8183E8
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 10
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E8  0xB  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB5
    "BOSCH-Software-Teilenummer = Typ-Teile-Nummer des Master EPROMs"
    ASCII
    0x8183F3
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 10
    
    /begin IF_DATA ETK  DP_BLOB 0x8183F3  0xB  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB6
    "Nummer Teilsoftware"
    ASCII
    0x8183FE
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 7
    
    /begin IF_DATA ETK  DP_BLOB 0x8183FE  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB7
    "Hardware Teilenummer"
    ASCII
    0x818406
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 11
    
    /begin IF_DATA ETK  DP_BLOB 0x818406  0xC  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB8
    "Baugruppe Hardware"
    ASCII
    0x81A35C
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 3
    
    /begin IF_DATA ETK  DP_BLOB 0x81A35C  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDB9
    "Sorte Hardware"
    ASCII
    0x81A360
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 2
    
    /begin IF_DATA ETK  DP_BLOB 0x81A360  0x3  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGIDK1_DAT
    "Diagnose-Nummer"
    ASCII
    0x818412
    KtxC
    255.0
    defaultAscii
    0.00
    255.0
    NUMBER 5
    
    /begin IF_DATA ETK  DP_BLOB 0x818412  0x6  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_ASGPUC_DAT_UC
    ""
    VAL_BLK
    0x8114C6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8114C6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BASGPL_DAT_UC
    ""
    VAL_BLK
    0x8114D6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8114D6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BASGPU_DAT_UC
    ""
    VAL_BLK
    0x8114E6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8114E6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BWKRA_DAT_UC
    ""
    VAL_BLK
    0x8114F6
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8114F6  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BWKR_DAT_UC
    ""
    VAL_BLK
    0x811506
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811506  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BZGES_DAT_UC
    ""
    VAL_BLK
    0x811516
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811516  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BZ_CANGE_DAT_UC
    ""
    VAL_BLK
    0x811526
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811526  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BZ_SGS_A_DAT_UC
    ""
    VAL_BLK
    0x811536
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811536  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_BZ_SGS_DAT_UC
    ""
    VAL_BLK
    0x811546
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811546  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_C_DAT_UC
    ""
    VAL_BLK
    0x811556
    KwbUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811556  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MISGSCPL_DAT_UC
    ""
    VAL_BLK
    0x816488
    KwbUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816488  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MISGS_DAT_UC
    ""
    VAL_BLK
    0x8164A8
    KwbUw
    131070.0
    md_ub_q2_o100
    -100.0000
    130970.0

    FORMAT "%8.1"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8164A8  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MOMIA1_DAT_UC
    ""
    VAL_BLK
    0x8164C8
    KwbUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8164C8  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MOMIA2_DAT_UC
    ""
    VAL_BLK
    0x8164E8
    KwbUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x8164E8  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MOMINT_DAT_UC
    ""
    VAL_BLK
    0x816508
    KwbUw
    10239.84
    mdt_q0p15625_Nms
    0.00
    10239.84

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x816508  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MSGS_DAT_UC
    ""
    VAL_BLK
    0x811566
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811566  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_MZ_DAT_UC
    ""
    VAL_BLK
    0x811576
    KwbUb
    99.61
    rel_ub_q0p3906
    0.00
    99.61

    FORMAT "%5.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811576  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_NSYWIN_DAT_UC
    ""
    VAL_BLK
    0x811586
    KwbUb
    6375.
    nmot_ub_q25
    0.00
    6375.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811586  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_NSYW_DAT_UC
    ""
    VAL_BLK
    0x811596
    KwbUb
    6375.
    nmot_ub_q25
    0.00
    6375.

    FORMAT "%5.0"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x811596  0x10  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_T_UC
    "Fehlerzeit für SGS-Eingriff-Überwachung des Befehlstestes"
    VALUE
    0x8115A6
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8115A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SGSC_T_UM
    "Fehlerzeit für SGS-Eingriff-Überwachung der Funktionsüberwachung"
    VALUE
    0x814013
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814013  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SHKNWMXA
    "Maximale Anzahl Reinigungsversuche Auslaßnockenwelle im Fahrzyklus"
    VALUE
    0x811CA5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SHKNWMXE
    "Maximale Anzahl Reinigungsversuche Einlaßnockenwelle im Fahrzyklus"
    VALUE
    0x811CA6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SIM06ESUW
    "SST-Verteilung für integrierten Luftmassenstrom ab Startende"
    0x81B416
    imlatm_w
    SstAUwSstUw
    23.30133
    m_uw_b23p3
    6
    0.00
    23.30133

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B416  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SKO06KOUB
    "Stützstellenverteilung PWM-Lastsignal von AC-Kompressor"
    0x81A0CA
    takols
    SstAUbSstUb
    255.0
    dez
    6
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A0CA  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SKO06PKO
    "Stützstellenverteilung  Drucksignal von AC-Kompressor über CAN"
    0x81A0D1
    pkodrc
    SstAUbSstUb
    51.00
    p_q0p2
    6
    0.00
    51.00

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A0D1  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SKS06ESUB
    "SST-Verteilung für den Startadaptionsfaktor kstaa"
    0x81006C
    kstaa
    SstAUbSstUb
    1.992
    fak_ub_b2
    6
    0.00
    1.992

    
    FORMAT "%5.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81006C  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SLA05ESUB
    "Stützstellenverteilung Regelabweichung Lambda, 5 Sst."
    0x813340
    ladiff_w
    SstAUwSstUw
    1.999969
    fak_sw_b1
    5
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813340  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SLA09OPUW
    "Stützstellenverteilung Lambda, 7 Stst."
    0x8133CC
    lambas_w
    SstAUwSstUw
    15.99976
    fak_uw_b16
    9
    0.00
    15.99976

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8133CC  0x14  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SLFOFO1N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C3FE
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FE  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFO2N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C406
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C406  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFO3N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C40E
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C40E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFU1N
    "untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C416
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C416  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFU2N
    "untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C41E
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C41E  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOFU3N
    "untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-off Adaption"
    CURVE
    0x81C426
    GklWSw
    239.9963
    kw_dmdfof2
    -120.0000
    119.9963

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C426  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        4
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM04DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOO1N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C45E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C45E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOO2N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C46E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C46E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOO3N
    "Obere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C47E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C47E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM4UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOU1N
    "Untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C48E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C48E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM1UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOU2N
    "Untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C49E
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C49E  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM2UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLFOU3N
    "Untere Schwelle (Schwellwert-KL) für Lernfilterwert bei fuel-on/-off Adaption"
    CURVE
    0x81C4AE
    GklWSw
    323.3710
    luquant
    -161.6879
    161.6830

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C4AE  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08DM4UB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SLOGIN
    "Login-Code für Entwicklung"
    VALUE
    0x815574
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815574  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SLX06TMUW
    "Stützstellenverteilung, Lambdasoll"
    0x81B424
    lamsbg_w
    SstAUwSstUw
    15.99976
    fak_uw_b16
    6
    0.00
    15.99976

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B424  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SLY06TMUW
    "Stützstellenverteilung, Lambdasoll Bank2"
    0x81B432
    lamsbg2_w
    SstAUwSstUw
    15.99976
    fak_uw_b16
    6
    0.00
    15.99976

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B432  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SM108LHSW
    "dlashk_w abhängige Stützstellen (Anzahl 8)"
    0x81B440
    dlashkm_w
    SstASwSstSw
    1.999969
    fak_sw_b1
    8
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B440  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SM208LHSW
    "dlashk2_w abhängige Stützstellen (Anzahl 8)"
    0x81B452
    dlashkm2_w
    SstASwSstSw
    1.999969
    fak_sw_b1
    8
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B452  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI03DM1UB
    "Momentenstützstellen"
    0x8184A4
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    3
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184A4  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI03DM2UB
    "Momentenstützstellen"
    0x8184A8
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    3
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184A8  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI03DM3UB
    "Momentenstützstellen"
    0x8184AC
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    3
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184AC  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04DM1UB
    "Momentenstützstellen"
    0x8184B0
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184B0  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04DM2UB
    "Momentenstützstellen"
    0x8184B5
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184B5  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04DM3UB
    "Momentenstützstellen"
    0x8184BA
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    4
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184BA  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI04LLUB
    "Stützstellenverteilung: ind. Moment für Momentenreserve"
    0x81334C
    mifa_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    4
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81334C  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08DM1UB
    "SST-Verteilung in DMD, 8 Moment-SST für Referenzkennfelder Schichtbetrieb"
    0x8184BF
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184BF  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI08DMUB
    "SST-Verteilung in DMD, 8 Moment-SST"
    0x8184C8
    midmd
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184C8  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMI12OPUW
    "Stützstellenverteilung misopl1n_w"
    0x814E4A
    misopl1n_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    12
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814E4A  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMK08MDSW
    "Antiruckelmoment-abhängige Stützstellen (Anzahl =8)"
    0x829650
    mkar_w
    SstASwSstSw
    199.9969
    rel_sw_b100
    8
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x829650  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML05DKUB
    "Stützstellenvert. Luftmasse"
    0x8181ED
    ml
    SstAUbSstUb
    1020.
    m_ub_b1020
    5
    0.00
    1020.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181ED  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML06TEUB
    "ml abhängige Stützstellen (Anzahl 6)"
    0x8181F3
    ml
    SstAUbSstUb
    1020.
    m_ub_b1020
    6
    0.00
    1020.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181F3  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML06TMUW
    "Stützstellenverteilung, Luftmasse, 6 Stützstellen"
    0x81B464
    ml_w
    SstAUwSstUw
    6553.500
    m_uw_b6553p5
    6
    0.00
    6553.500

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B464  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML07TMUW
    "Stützstellenverteilung, Luftmasse, 7 Stützstellen"
    0x81B472
    ml_w
    SstAUwSstUw
    6553.500
    m_uw_b6553p5
    7
    0.00
    6553.500

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B472  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SML08LHUB
    "ml abhängige Stützstellen (Anzahl 8)"
    0x8181FA
    ml
    SstAUbSstUb
    1020.
    m_ub_b1020
    8
    0.00
    1020.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8181FA  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SMLDYN
    "Luftmassenschwelle für Sondendynamik hinter KAT"
    VALUE
    0x81E760
    KwUw
    182.0417
    m_q0p00277
    0.00
    182.0417

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E760  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SMO08MFUB
    "Stützstellenverteilung für zulässiges Moment"
    0x811498
    mizuvfil
    SstAUbSstUb
    99.61
    rel_ub_b99p6
    8
    0.00
    99.61

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811498  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SMT06TMUW
    "Stützstellenverteilung, Luftmasse, 6 Stützstellen"
    0x81B482
    ml_w
    SstAUwSstUw
    6553.500
    m_uw_b6553p5
    6
    0.00
    6553.500

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B482  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNG06LLSB
    "Stützstellenverteilung Drehzahlgradient, 6 Sst."
    0x810073
    ngfil
    SstAUbSstSb
    25500.
    nmotg_sb_q100
    6
    -12800.
    12700.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810073  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04DM1UB
    "Drehzahlstützstellen"
    0x8184D1
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184D1  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04DM2UB
    "Drehzahlstützstellen"
    0x8184D6
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184D6  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04DM3UB
    "Drehzahlstützstellen"
    0x8184DB
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184DB  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM04ZUUB
    "Stützstellenverteilung Drehzahl"
    0x810154
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    4
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810154  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DKUB
    "Stützstellenvert. nmot"
    0x818203
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818203  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DM1UB
    "Drehzahlgrenzen"
    0x8184E0
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184E0  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DM2UB
    "Drehzahlgrenzen"
    0x8184E6
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184E6  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05DM3UB
    "Drehzahlgrenzen"
    0x8184EC
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184EC  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05NAUW
    "Drehzahlstützstellen Nockenwellensollwinkel Auslaß"
    0x81B49E
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    5
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B49E  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05NEUW
    "Drehzahlstützstellen Nockenwellensollwinkel Einlaß"
    0x81B4AA
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    5
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B4AA  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05NWUB
    "Drehzahlstützstellen Nockenwellensollwinkel"
    0x810148
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    5
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810148  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM05NWUW
    "Drehzahlstützstellen Nockenwellensollwinkel"
    0x81B4B6
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    5
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B4B6  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06ESUB
    "SST-Verteilung für Drehzahl"
    0x818209
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818209  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06GKUB
    "Stützstellen KFLAMKR, DLAMOB"
    0x819272
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819272  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06KOUB
    "Verteilung für Klimakompressorkennlinien"
    0x81A0D8
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A0D8  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06LLUB
    "Sützstellenverteilung für Motordrehzahl"
    0x813356
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813356  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06MDUW
    "Stützstellenverteilung Motordrehzahl (nmot_w), 6 Stützstellen"
    0x81B490
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B490  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06NWUB
    "Stützstellenverteilung Motordrehzahl NW-Lageregler"
    0x818210
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    6
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818210  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM06NWUW
    "Drehzahl Stützstellenverteilung für NW-Regler Einlaß"
    0x81B4C2
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    6
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B4C2  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM07ESUB
    "Stützstellenverteilung Drehzahl, 7 Sst."
    0x818217
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    7
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818217  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM07LSUW
    "Stützstellenverteilung Reglerparameter LRS"
    0x82A65C
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    7
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82A65C  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM1UB
    "Drehzahlstützstellen"
    0x8184F2
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184F2  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM2UB
    "Drehzahlstützstellen"
    0x8184FB
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8184FB  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM3UB
    "Drehzahlstützstellen"
    0x818504
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818504  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DM4UB
    "Drehzahlstützstellen"
    0x81850D
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81850D  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08DMUB
    "SST-Verteilung in DMD, 8 Drehzahl-SST"
    0x818516
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818516  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08FEUB
    "Stützstellenverteilung Drehzahl, 08 Sst., Füllungseingriffe"
    0x81821F
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81821F  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08GKUW
    "Stützstellenverteilung Gemischkontrolle 8 nmot_w Stützstellen"
    0x814FBE
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    8
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x814FBE  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08KOUB
    "Stützstellenverteilung für Klimakompressorsteuerung  8  nmot"
    0x812499
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x812499  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08LHUB
    "nmot abhängige Stützstellen (Anzahl 8)"
    0x818228
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818228  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08LSUB
    "Stützstellenverteilung nmot für Lambda-Offset"
    0x81A3FC
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A3FC  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08MFUB
    "Stützstellenverteilung für Motorderhzahl"
    0x8114A1
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8114A1  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08OPUB
    "Stützstellenverteilung für Motordrehzahl nmot"
    0x81007A
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81007A  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08SAUB
    "Stützstellenverteilung"
    0x827F52
    nmot
    SstAUwSstUw
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x827F52  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM08__UB
    "Stützstellenverteilung Drehzahl, 8 Sst."
    0x818231
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    8
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818231  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM09DM1UB
    "Drehzahlstützstellen"
    0x81851F
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    9
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81851F  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM09DM2UB
    "Drehzahlstützstellen"
    0x818529
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    9
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818529  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM09DM3UB
    "Drehzahlstützstellen"
    0x818533
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    9
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818533  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM10LSUB
    "Stützstellenverteilung Kat-Vorsteuerwert LRS"
    0x810083
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    10
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810083  0xB  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM10TEUB
    "nmot abhängige Stützstellen (Anzahl 10)"
    0x81823A
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    10
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81823A  0xB  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM12ESUB
    "SST-Verteilung für die Motordrehzahl nmot"
    0x81008E
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    12
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81008E  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM12FEUB
    "Stützstellen für WDKSMX, WDKUGDN"
    0x81009B
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    12
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81009B  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM12MDUW
    "Stützstellenverteilung nmot_w"
    0x8160C8
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    12
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8160C8  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16CIUB
    "Stützstellenverteilung Drehzahl, 16 Sst."
    0x818245
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    16
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818245  0x11  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16GKUB
    "Stützstellenverteilung Gemischkontrolle 16 nmot Stützstellen"
    0x8196E1
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    16
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8196E1  0x11  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16KRDYUB
    ""
    0x818256
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    16
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818256  0x11  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16KRUB
    "Stützstellenverteilung Drehzahl, 16 Sst."
    0x818267
    nmot
    SstAUbSstUb
    10200.
    nmot_ub_q40
    16
    0.00
    10200.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818267  0x11  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16NAUW
    "Drehzahlstützstellen Nockenwellensollwinkel Auslaß"
    0x81B4D0
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B4D0  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16NEUW
    "Drehzahlstützstellen Nockenwellensollwinkel Einlaß"
    0x81B4F2
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B4F2  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16OPUW
    "Stützstellenverteilung Drehzahl"
    0x813364
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813364  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16ZUUW
    "Stützstellenverteilung Drehzahl, 16 Sst."
    0x813386
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813386  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNM16__UW
    "Stützstellenverteilung Drehzahl (Word), 16 Sst."
    0x8133E0
    nmot_w
    SstAUwSstUw
    16383.75
    nmot_uw_q0p25
    16
    0.00
    16383.75

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8133E0  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS04ZUSB
    "Stützstellenverteilung Drehzahlgradient"
    0x810159
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    4
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810159  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS06LLSB
    "Stützstellenvert., Solldrehzahlabw., 06 Sst., LL-Regel."
    0x819ED4
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    6
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819ED4  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SNS206LLSB
    "Stützstellenvert., Solldrehzahlabw., 06 Sst., LL-Regel."
    0x810F8E
    dns
    SstAUbSstSb
    2550.
    nmotd_sb_q10
    6
    -1280.
    1270.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810F8E  0x7  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SP12LL_UM
    "maximale Differenz zwischen SP1S und SP2S unterhalb der Vollgas-Schwelle"
    VALUE
    0x814073
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814073  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP12VG_UM
    "maximale Differenz zwischen SP1S und SP2S oberhalb der Vollgas-Schwelle"
    VALUE
    0x814074
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814074  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1ADC_DIF
    "max. Diff. zw. Sollwertpoti1 & Sollwertpoti1 vom Überw.Modul im stationären Fall"
    VALUE
    0x814361
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814361  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1_STAT
    "Bandbreite für die Erkennung auf sp1s stationär"
    VALUE
    0x814362
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814362  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SP1_STAT_T
    "Zeit für die Erkennung auf sp1s stationär"
    VALUE
    0x814363
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814363  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SPS11MDUW
    "Verteilung: Saugrohrdruckdifferenz für Schleppmoment"
    0x829A6C
    dpsu_w
    SstAUwSstUw
    2559.961
    p_uw_q0p039
    11
    0.00
    2559.961

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x829A6C  0x18  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SPSC_MINUM
    "= SPSC_MIN_UM Pedal-Leergas-Grenze für die Funktionsüberwachung"
    VALUE
    0x814075
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814075  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSC_T_UM
    "Fehlerzeit bei zueinander unplausiblen Sollwerten in der Funktionsüberwachung"
    VALUE
    0x814076
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814076  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSNLL_UC
    "Maximale Spannung für Leergas im Befehlstest"
    VALUE
    0x811A55
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x811A55  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SPSNLL_UM
    "Maximale Spannung für Leergas in Ebene II"
    VALUE
    0x81433C
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81433C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SPSNV08_UM
    "Stützstellenverteilung für Pedalwert in der Funktionsüberwachung"
    0x81408F
    spsn_um
    SstAUbSstUb
    4.9805
    spg_ub_q0p019
    8
    0.00
    4.9805

    
    FORMAT "%6.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81408F  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SPSVG_UM
    "Vollgas-Sollwert-Schwelle zur Umschaltung der maximalen Differenz SP1S-SP2S"
    VALUE
    0x814077
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814077  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SQM05TEUB
    "Luftmassenquotient-abhängige Stützstellen (Anzahl =5)"
    0x8100A8
    qmsdyn
    SstAUbSstUb
    15.94
    fak_ub_b16
    5
    0.00
    15.94

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100A8  0x6  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SRKTEVS
    "Saugrohrkonstante bei Schließen des Tankentlüftungsventil"
    VALUE
    0x810F95
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.02000
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SRL03KRUB
    "Stützstellenverteilung relative Füllung, 3 Sst."
    0x818278
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    3
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818278  0x4  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL04KRUB
    "Stützstellenverteilung relative Füllung, 4 Sst."
    0x81827C
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    4
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81827C  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL05NAUW
    "Laststützstellen Nockenwellensollwinkel Auslaß"
    0x81B514
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    5
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B514  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL05NEUW
    "Laststützstellen Nockenwellensollwinkel Einlaß"
    0x81B520
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    5
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B520  0xC  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06ESUB
    "Sst-Verteilung für die relative Füllung rl"
    0x8100AE
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100AE  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06GKUB
    "Stützstellen KFLAMKRL, KFLAFWL, KFLAMKR"
    0x819279
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819279  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06KOUB
    "Stützstellenverteilung Kompressormoment"
    0x81A0DF
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A0DF  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL06KRUB
    "Stützstellenverteilung relative Füllung (rl), 6 Sst."
    0x818281
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818281  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08DMUB
    "SST-Verteilung in DMD, 8 Last-SST"
    0x8100B5
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100B5  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08GKUB
    "Stützstellenverteilung Gemischkontrolle 8 rl Stützstellen"
    0x810B90
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810B90  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08LSUB
    "Stützstellenverteilung rl für Lambda-Offset"
    0x81A405
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A405  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08LSUW
    "Stützstellenverteilung Reglerparameter"
    0x82A66C
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    8
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x82A66C  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08NAUW
    "Laststützstellen Nockenwellensollwinkel Auslaß"
    0x81B52C
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    8
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B52C  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08NEUW
    "Laststützstellen Nockenwellensollwinkel Einlaß"
    0x81B53E
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    8
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B53E  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL08NXUB
    "Stützstellenverteilung relative Luftfüllung 8 Sst."
    0x818288
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    8
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818288  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL10LSUB
    "Stützstellenverteilung Kat-Vorsteuerwert LRS"
    0x8100BE
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    10
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100BE  0xB  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL11OPUW
    "Stützstellenverteilung relative Luftfüllung"
    0x813402
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    11
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x813402  0x18  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL12ESUB
    "Sst-Verteilung für die relative Füllung rl"
    0x8100C9
    rl
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    12
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100C9  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL12GKUW
    "Stützstellenverteilung Gemischkontrolle 12 rl_w Stützstellen"
    0x827CEA
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    12
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x827CEA  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL12ZUUW
    "Stützstellenverteilung relative Luftfüllung, 12 St."
    0x8133A8
    rl_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    12
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8133A8  0x1A  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL16NAUW
    "Laststützstellen Nockenwellensollwinkel Auslaß"
    0x81B550
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    16
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B550  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRL16NEUW
    "Laststützstellen Nockenwellensollwinkel Einlaß"
    0x81B572
    rlnw_w
    SstAUwSstUw
    1535.977
    rel_uw_q0p0234
    16
    0.00
    1535.977

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B572  0x22  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRP06ESUB
    "SST-Verteilung für rel. Luftfüllung präd. für Einspritzung"
    0x8100D6
    rlp
    SstAUbSstUb
    191.3
    rel_ub_q0p75
    6
    0.00
    191.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100D6  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SRR07OPUW
    "Stützstellverteilung Inertgasrate 5 Stst."
    0x81341A
    rri_w
    SstAUwSstUw
    99.99847
    rel_uw_b100
    7
    0.00
    99.99847

    
    FORMAT "%8.5"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81341A  0x10  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SRYAGR
    "Schwelle für Readiness-Bildung Abgasrückführungs-Diagnose"
    VALUE
    0x81862B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SRYHS
    "Schwelle für Readiness-Bildung Sondenheizungs-Diagnose"
    VALUE
    0x81862C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SRYKAT
    "Schwelle für Readiness-Bildung Katalysator-Diagnose"
    VALUE
    0x81862D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SRYLS
    "Schwelle für Readiness-Bildung Lambdasonden-Diagnose"
    VALUE
    0x81862E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SRYSLS
    "Schwelle für Readiness-Bildung Sekundärluft-Diagnose"
    VALUE
    0x81862F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    ST107TMUB
    "Stützstellenverteilung, Starttemperatur an Sonde vorne"
    0x818291
    tabgmst
    SstAUbSstUb
    1275.
    temp_ub_q5_o50
    7
    -50.00
    1225.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818291  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    ST207TMUB
    "Stützstellenverteilung, Starttemperatur an Sonde vorne, Bank2"
    0x818299
    tabgmst2
    SstAUbSstUb
    1275.
    temp_ub_q5_o50
    7
    -50.00
    1225.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818299  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    ST307TMUB
    "Stützstellenverteilung, Starttemperatur an Sonde hinten"
    0x8182A1
    tkatmst
    SstAUbSstUb
    1275.
    temp_ub_q5_o50
    7
    -50.00
    1225.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182A1  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    ST407TMUB
    "Stützstellenverteilung, Starttemperatur an Sonde hinten, Bank2"
    0x8182A9
    tkatmst2
    SstAUbSstUb
    1275.
    temp_ub_q5_o50
    7
    -50.00
    1225.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182A9  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA04LLUB
    "Stützstellenverteilung: tans für Momentenreserve"
    0x8133C2
    tans
    SstAUwSstUw
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8133C2  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA06ESUB
    "SST-Verteilung für die Ansauglufttemperatur"
    0x8182B1
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182B1  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA06LLUB
    "Temperatur: Ansaugluft bzw. PWM-Signal von AC/Kompressor"
    0x81A0E6
    tlok
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81A0E6  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA12ESUB
    ""
    0x8100DD
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100DD  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STA12WLUB
    "SST-Verteilung für die Ansauglufttemperatur"
    0x8100EA
    tans
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100EA  0xD  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    STEIGOLB
    "Steigung der Ölbefüllungskennlinie"
    VALUE
    0x81849D
    KwUb
    0.2550
    fak_ub_q0p001Lpromm
    0.00
    0.2550

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    STK04SAUB
    "SST-Verteilung Kattemperatur für Funktion SAWE"
    0x8182B8
    tkatm
    SstAUbSstUb
    1275.
    temp_ub_q5_o50
    4
    -50.00
    1225.

    
    FORMAT "%5.0"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182B8  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM04FEUB
    "Stützstellenverteilung Motortemperatur"
    0x8100F7
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100F7  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM04SAUB
    "Stützstellenverteilung Motortemperatur, 4 Sst."
    0x8100FC
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8100FC  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM04__UB
    ""
    0x8182BD
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    4
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182BD  0x5  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05EPMSB
    "Stützstellenverteilung für WNWKM* / NW Korrektur über tmot"
    0x818644
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818644  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05NWUB
    "Temperaturstützstellen Nockenwellensollwinkel"
    0x81014E
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81014E  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05SAUB
    "Stützstellenverteilung"
    0x8182C2
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182C2  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM05TMUB
    "Stützstellenverteilung, Motorstarttemperatur"
    0x8182C8
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182C8  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM06LLUB
    "Stützstellenverteilung Motortemperatur, 6 Sst."
    0x8182CE
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182CE  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM06NWUB
    "Stützstellenverteilung Motortemperatur NW-Lageregler"
    0x8182D5
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182D5  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM06__UB
    "Stützstellenverteilung Motortemperatur, 6 Sst."
    0x8182DC
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    6
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182DC  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08DMUB
    "8 Motortemperaturstützstellen für DMD"
    0x810101
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810101  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08GKUB
    "8 Motortemperaturstützstellen für KFLAFWL"
    0x819280
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819280  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08MDUB
    "Stützstellenverteilung: tmot für Drehmomentwandler"
    0x8182E3
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182E3  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08MFUB
    "Stützstellenverteilung für Motortemperatur tmotmn"
    0x8114AA
    tmotmn
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8114AA  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08OPUB
    ""
    0x81010A
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81010A  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM08__UB
    "Stützstellenverteilung Motortemperatur, 8 Sst."
    0x818310
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818310  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM09ESUB
    "Stützstellenverteilung Motortemperatur, 9 Sst."
    0x8182EC
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    9
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182EC  0xA  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM10__UB
    ""
    0x8182F6
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    10
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8182F6  0xB  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STM12ESUB
    "SST-Verteilung für die Motortemperatur tmot"
    0x810113
    tmot
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810113  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STN06LLUB
    "Stützstellenverteilung: Zeit nach Start; für Drehzahlverlauf nach Start"
    0x818301
    tnst
    SstAUbSstUb
    255.0
    t1sxs_ub_b255
    6
    0.00
    255.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818301  0x7  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STO06NWUW
    "Gruppenstützstellen"
    0x81B594
    toelk_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    6
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B594  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STO08NAUW
    "Stützstellenverteilung Motor/Öltemperatur NW-Lageregler, Auslaß"
    0x816D2C
    toelzk_w
    SstAUwSstUw
    1535.977
    temp_q0p0234_o273
    8
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816D2C  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STO08NEUW
    "Stützstellenverteilung Motor/Öltemperatur NW-Lageregler, Einlaß"
    0x816CEA
    toelzk_w
    SstAUbSstUw
    1535.977
    temp_q0p0234_o273
    8
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x816CEA  0x12  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS05DTKA
    "Stützstellenverteilung in Abhängigkeit von Differenztemp. Motor/ Kühleraustritt"
    0x81B1C9
    dtmtka
    SstAUbSstSb
    191.3
    temp_sb_q0p75
    5
    -96.00
    95.25

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B1C9  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS05DTTS
    "Stützstellenverteilung in Abhängigkeit von Differenztemp. Motor-Soll/Isttemp."
    0x81B1CF
    dkmts
    SstAUbSstSb
    191.3
    temp_sb_q0p75
    5
    -96.00
    95.25

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81B1CF  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS06TMUW
    "Stützstellenverteilung, Abgasmassenfluß"
    0x81E666
    tabstatm_w
    SstAUwSstUw
    65535.00
    t1sxs_uw_q1
    6
    0.00
    65535.00

    
    FORMAT "%8.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81E666  0xE  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS08ESUB
    "SST-Verteilung für Motorstarttemperatur"
    0x810120
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810120  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STS12ESUB
    "SST-Verteilung für Motorstarttemperatur"
    0x810129
    tmst
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    12
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810129  0xD  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STU05TMUB
    "Stützstellenverteilung, Ersatz-Umgebungstemperatur"
    0x8189A1
    tatu
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    5
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8189A1  0x6  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    STW08MDUB
    "Stützstellenverteilung  Temperatur des Drehmomentenwandlers"
    0x819F34
    twnd
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x819F34  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SUAP
    "Saugrohrumschaltung  Applikationswert (Klappe 1)"
    VALUE
    0x818DF7
    KwUb
    2.000
    dez
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SUE08MFUB
    "Stützstellenverteillung , 8 Sst"
    0x810136
    uevges
    SstAUbSstUb
    25.50
    fak_q0p1
    8
    0.00
    25.50

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x810136  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SULSULUFT
    "Schwellwert für Plausibilitätsfehler LSU an Luft"
    VALUE
    0x81E816
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E816  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSULUFTL
    "Schwellwert für Plausibilitätsfehler LSU an Luft, bei kleiner Verstärkung"
    VALUE
    0x81E818
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E818  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSUMN
    "Schwellwert für Plausibilitätsfehler während B_sa"
    VALUE
    0x81E800
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E800  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSUMX
    "Schwellwert für Plausibilitätsfehler CJ110"
    VALUE
    0x81E81A
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E81A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SULSUMXL
    "Schwellwert für Plausibilitätsfehler CJ110, bei kleiner Verstärkung"
    VALUE
    0x81E81C
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E81C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SUMODE0
    "keine Bestromung der Saugrohrklappen"
    VALUE
    0x818DF8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    SUMODE1
    "Bestromung von Klappe 1, keine Bestromung von Klappe 2"
    VALUE
    0x818DF9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    SUV07MDUB
    "Stützstellenverteilung für die Übertragungsfunktion der Getriebesteuerung"
    0x818308
    uefktget
    SstAUbSstUb
    25.50
    uefktget_ub_b25p4
    7
    0.00
    25.50

    
    FORMAT "%5.2"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x818308  0x8  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWE07OPSW
    "Stützstellenverteilung Winkel Einlassnockenwelle, 7 Stst."
    0x81342A
    wnwe_w
    SstASwSstSw
    511.9922
    kw_q0p0078
    7
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81342A  0x10  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWP08MFUB
    "Stützstellenverteilung für wped"
    0x8114B3
    wped
    SstAUbSstUb
    100.0
    relPED_ub_b100
    8
    0.00
    100.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8114B3  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWP08OPUB
    "Stützstellenverteilung für Pedalstellung wped"
    0x81013F
    wped
    SstAUbSstUb
    100.0
    relPED_ub_b100
    8
    0.00
    100.0

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81013F  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    SWP16MDUW
    "Stützstellenverteilung wped_w"
    0x8160E2
    wped_w
    SstAUwSstUw
    100.0000
    relPED_q0p00153
    16
    0.00
    100.0000

    
    FORMAT "%8.4"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x8160E2  0x22  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    SZANSSM1
    "Absteuerungsfaktorumschaltschwelle 1 für Nachstartfaktor"
    CURVE
    0x818F9B
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818F9B  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    SZANSSM2
    "Absteuerungsfaktorumschaltschwelle 2 für Nachstartfaktor"
    CURVE
    0x818FA7
    GklWUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818FA7  0xC  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmst
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STS12ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGBTS
    "Abgastemperaturschwelle für Bauteileschutz"
    VALUE
    0x827D04
    KwUw
    1279.980
    temp_uw_q0p0195_o50
    -50.00000
    1229.980

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGL
    "Zeit für LSU-Abgleich"
    VALUE
    0x8165A4
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGMEX
    "Abgastemperatur unterhalb der Kat-Anspringtemperatur"
    VALUE
    0x8189A7
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGS
    "Zeit nach Start für LSU-Abgleich"
    VALUE
    0x8165A6
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABGSTGK
    "Abgastemperaturschwelle für Dynamik-Messung"
    VALUE
    0x81399A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81399A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABMNTUM
    "Mindest-Abstellzeit bis Abkühlung Motor für Aktualisierung Umgebungstemperatur"
    VALUE
    0x81FBD2
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSMADTM
    "Abstellzeit bis Abkühlung Motor für Diagnose TMOT"
    VALUE
    0x827DF4
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTHLSH
    "Mindestabstellzeit für Diagnose Heizung Lambdasonde hinter Kat"
    VALUE
    0x81E4FA
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTHLSU
    "Mindestabstellzeit für Wiederholstart Heizung LSU"
    VALUE
    0x81E782
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E782  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTKH
    "Mindestabstellzeit für Freigabe Kat-Heizen"
    VALUE
    0x828190
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x828190  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTOLTM
    "Schwelle Abstellzeit für Initialisierung Öltemperaturberechnung aus TMOT"
    VALUE
    0x82ADB2
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TABSTRILSU
    "Abstellzeit für Freigabe ri-Berechnung"
    VALUE
    0x829E76
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E76  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADE
    "Ersatzgröße Lufttemperatur im Fehlerfall"
    VALUE
    0x819729
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819729  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADHMNH
    "untere Temperaturschwelle für die Heizerdiagnose hinter Kat"
    VALUE
    0x81E4FC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADHMNHFA
    "untere Temp.-Schwelle für die Heizerdiagnose hinter Kat bei Funktionsanforderung"
    VALUE
    0x81E4FE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E4FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADHMXH
    "obere Temperaturschwelle für die Heizerdiagnose hinter Kat"
    VALUE
    0x81E500
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E500  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADHMXHFA
    "obere Temp.-Schwelle für die Heizerdiagnose hinter Kat, bei Funktionsanforderung"
    VALUE
    0x81E502
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E502  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADLLR
    "Ansauglufttemperaturschwelle für Diagnose Leerlaufsteller"
    VALUE
    0x81A0F7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMM
    "1. Stufenbreite (Zeit) für Motortemperaturmodell"
    VALUE
    0x827DF6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMN
    "Ansauglufttemperatur min."
    VALUE
    0x81972A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81972A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADMX
    "Ansauglufttemperatur max."
    VALUE
    0x81972B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81972B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADPLMX
    "oberes Limit für plausibles Ansauglufttemp.-Signal TANS"
    VALUE
    0x81972C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81972C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADTEAMX
    "Kennlinie Max. tastverhältnis abhängig vom Integral Massenstrom TE nach TE Stop"
    CURVE
    0x81A6E3
    KlAUbSstUbWUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A6E3  0x1D  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tdtesta
        t100msxs_ub_b25p5
        14
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TADTEMX
    "Tastverhältnisschwelle für aktive Prüfung"
    VALUE
    0x81A700
    KwUb
    89.84
    rel_ub_b99p6
    9.766
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A700  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAGAT
    "Zeitkonstante Abregelung Momenten begrenzung"
    VALUE
    0x81A341
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A341  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHLL
    "Ansauglufttemperaturschwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x819EDB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHRLSUMN
    "Minimales Tastverhältnis für Endstufendiagnose"
    VALUE
    0x81E99E
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E99E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHRLSUMX
    "Max. Tastverhältnis zur Ansteuerung der Sondenheizung der LSU"
    VALUE
    0x816766
    KwUw
    199.9969
    rel_uw_b200
    0.00
    199.9969

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816766  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAHSOMFMN
    "Abgastemperaturschwelle für B_shab hinter Kat"
    VALUE
    0x81E504
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E504  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIKRLSUMN
    "min. Diagnoseschwelle""Abgastemp. im Krümmer"" für  min. Tastverhältnis"
    VALUE
    0x81E784
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E784  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIRCMX
    "Überwachungszeit für obere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x8124DE
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAIRCNU
    "Überwachungszeit für untere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x8124DF
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TALSUSMX
    "Maximaler Abgastemperatur-Schwellwert für die Plausibilitätsdiagnose"
    VALUE
    0x81E802
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E802  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMDOGH
    "Modelltemperaturschwelle obere Grenze für Diagnose Sonde hinter Kat"
    VALUE
    0x81E726
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E726  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMDUGH
    "Modelltemperaturschwelle untere Grenze für Diagnose Sonde hinter Kat"
    VALUE
    0x81E728
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E728  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMIALU
    "Minimale Ansauglufttemperatur für Ausblendung der Aussetzererkennung"
    VALUE
    0x818550
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818550  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMSIGH
    "Abgastemperaturschwelle für Signalunterbrechung mit Ri-Diagnose hinter KAT"
    VALUE
    0x81E72A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E72A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAMSRCMX
    "Überwachungszeit für obere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x810176
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810176  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANDSLMN
    "min. Ansauglufttemperatur für SL- Diagnose"
    VALUE
    0x8183B9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANDSLMX
    "max. Ansauglufttemperatur für SL- Diagnose"
    VALUE
    0x8183BA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANDT
    "Schwelle Temperaturdifferenz Ansaugluft für Heißstart"
    CURVE
    0x810D08
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D08  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tansab
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANDT1
    "Delta Temperatur Ansaugluft für Heißstart"
    CURVE
    0x8197C1
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197C1  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tansab
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANH
    "Ansauglufttemperatur - Schwelle heiß"
    VALUE
    0x810D19
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D19  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANH1
    "Ansauglufttemperatur - Schwelle Heißstart"
    VALUE
    0x8197D2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANHKMMN
    "Kat-Temperatur für ausreichende Sondenheizung"
    VALUE
    0x81E870
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E870  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSDHLSH
    "Ansauglufttemperaturschwelle für Ri- Diagnose hinter Kat"
    VALUE
    0x81864C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSELI
    "Temperatur Ansaugluft-Erfassung u. Linearisierung, Inverskennlinie"
    CURVE
    0x81972D
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81972D  0x29  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtans
        spg_ub_b5
        20
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSKO
    "Temp. Schwelle zur Anforderung erhöhter LL-Drehzahl im Falle keine Anforderung v"
    VALUE
    0x819EDC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSKOB
    "Ansauglufttemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AEA0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSMN
    "Ansauglufttemperaturschwelle zur Nachstartaufweitung"
    VALUE
    0x8114BC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANSMN_UM
    "Ansauglufttemperaturschwelle zur Nachstartaufweitung in der Fkt.-Überwachung"
    VALUE
    0x814011
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814011  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANW
    "Ansauglufttemperaturschwelle für Nockenwellenverstellung"
    VALUE
    0x81A79F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A79F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWESTMN
    "minimales Tastverhältnis für setzen Zyklusflag Endstufendiagnose Nockenwelle"
    VALUE
    0x81A951
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A951  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWESTMX
    "maximales Tastverhältnis für setzen Zyklusflag Endstufendiagnose Nockenwelle"
    VALUE
    0x81A952
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A952  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWNA
    "Tastverhältnis Auslaß-NW Richtung negativ"
    VALUE
    0x811D73
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWNE
    "Tastverhältnis Einlaß-NW Richtung negativ"
    VALUE
    0x811D0C
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWPSA
    "Tastverhältnis Auslaß-NW Richtung positiv"
    VALUE
    0x811D74
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWPSE
    "Tastverhältnis Einlaß-NW Richtung positiv"
    VALUE
    0x811D0D
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWSDA
    "Schwelle Tastverhälnisänderung zur Aktivierung D-Anteil Auslaßnockenwelle"
    VALUE
    0x816D3E
    KwUw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWSDE
    "Schwelle Tastverhälnisänderung zur Aktivierung D-Anteil Einlaßnockenwelle"
    VALUE
    0x816CFC
    KwUw
    99.99695
    rel_sw_b100
    0.00
    99.99695

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWSVA
    "Steuerzeit für Auslaßnockenwellenstellerventil"
    VALUE
    0x81A88C
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TANWSVE
    "Steuerzeit für Einlaßnockenwellenstellerventil"
    VALUE
    0x81A88D
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAPVLTM
    "Schwelle Abstellzeit für EKP-Vorlauf"
    CURVE
    0x82BCA8
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCA8  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TARA
    "Temperaturschwelle Ansaugluft"
    VALUE
    0x810D57
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D57  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TARAU
    "Ansauglufttemperaturschwelle für Einschalten der Lambda - Regelung"
    VALUE
    0x811C73
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAREIN
    "Sperrzeit für Antiruckelfunktion"
    VALUE
    0x8110CA
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASGCERR
    "Entprellzeit für irreversible ASG-Abschaltung bei Botschaftsfehler"
    VALUE
    0x81A34F
    KwUb
    5100.
    t_q20_ms
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A34F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASGCNO
    "Entprellzeit Fehler Botschaftzaehlerdifferenz zu hoch"
    VALUE
    0x81A350
    KwUb
    5100.
    t_q20_ms
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A350  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASGCNU
    "Entprellzeit zur Beruechsichtigung von Rasterversaetzen"
    VALUE
    0x81A351
    KwUb
    5100.
    t_q20_ms
    0.00
    5100.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A351  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASGRED
    "Zeitkonstante des PT2-Filters migs_w"
    VALUE
    0x829C32
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASHS
    "Schwelle Ansauglufttemp. für Auslösung TLRHS - Sperrzeit LR bei Heißstart"
    VALUE
    0x811C74
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASIG
    "Zeit für Ausblendung von Störspitzen außerhalb Band für Erk. Signalunterbrechung"
    VALUE
    0x8102F3
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASLSO
    "obere Ansauglufttemperaturschwelle für Sekundärluftsystem"
    VALUE
    0x818393
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818393  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASLSU
    "untere Ansauglufttemperaturschwelle für Sekundärluftsystem"
    VALUE
    0x818394
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818394  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASOH
    "Temperaturschwelle für Sonde hinter Kat ohne Heizung funktionsfähig"
    VALUE
    0x81E506
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E506  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASTBFA
    "Modell-Temperatur vor Vorkatalysator Startwert bei B_faatm Anforderung"
    VALUE
    0x8189A8
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TASUS
    "Ansauglufttemperaturschwelle für Saugrohrumschaltung"
    VALUE
    0x818DFA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEGMX
    "Maximales Tastverhältnis für getakteten Betrieb."
    VALUE
    0x82A6FA
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEGRDO
    "Obere Schwelle Tastverhältnis TEV zur Erkennung eines neg. Gradienten tatesoll"
    VALUE
    0x81A68F
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A68F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEGRDU
    "Untere Schwelle Tastverhältnis TEV zur Erkennung eines neg. Gradienten tatesoll"
    VALUE
    0x81A690
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A690  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATELL
    "tans- Schwelle für Tankentlüfung bei B_ll = 1"
    VALUE
    0x8191C1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATEMSN
    "Kennlinie Tastverhältnis TEV abhängig vom gewünschten Massenstrom"
    CURVE
    0x82A6FC
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6FC  0x2A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msntev_w
        m_uw_b25p6
        10
        0.00
        25.59961

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMKH
    "Abgastemperaturkorrektur bei Kat-Heizen aktiv"
    VALUE
    0x8189A9
    KwUb
    1275.
    temp_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMKH2
    "Abgastemperaturkorrektur bei Kat-Heizen aktiv Bank2"
    VALUE
    0x8189AA
    KwUb
    1275.
    temp_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMKRSA
    "Abgastemperatur im Krümmer bei Schubabschalten"
    VALUE
    0x8189AB
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMKW
    "Abgastemperaturkorrektur bei Kat warmhalten aktiv"
    VALUE
    0x8189AC
    KwUb
    1275.
    temp_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMSA
    "Abgastemperatur bei Schubabschneiden"
    VALUE
    0x8189AD
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMSAE
    "exotherme Temperaturerhöhung im Schub"
    VALUE
    0x8189AE
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMSAE2
    "exotherme Temperaturerhöhung im Schub Bank 2"
    VALUE
    0x8189AF
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189AF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMSTI
    "Initialisierungswert für tabgm, tkatm Startwert bei Powerfail"
    VALUE
    0x8189B0
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMTMOT
    "Motortemperatur warmer Motor , für Temperaturkorrektur beim Kaltstart"
    VALUE
    0x8189B1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMTP
    "Abgastaupunkttemperatur"
    VALUE
    0x8189B2
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMTRKH
    "Abgastemperaturkorrektur bei Thermoreaktor-Katheizen"
    VALUE
    0x8189B3
    KwUb
    1275.
    temp_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMTRKH2
    "Abgastemperaturkorrektur bei Thermoreaktor-Katheizen Bank 2"
    VALUE
    0x8189B4
    KwUb
    1275.
    temp_q5
    0.00
    1275.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TATMWMK
    "Temperaturoffset  für Wärmemengenberechnung"
    VALUE
    0x8189B5
    KwSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAUIDEC
    "Zeitkonstante Absteuern Integralanteil bei Grenzwertregelung LRS"
    VALUE
    0x816664
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816664  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVHKSAO
    "Obergrenze Abgastemperatur vor Hauptkat für SA"
    VALUE
    0x827F64
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TAVVKSAO
    "Obergrenze Abgastemperatur vor Vorkat für SA"
    VALUE
    0x827F66
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBKVP
    "Evakuierzeit der BKV-Pumpe"
    VALUE
    0x81B28C
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBLRH
    "Sperrzeit für Regelung hinter Kat nach Freigabe durch Regelung vor Kat"
    VALUE
    0x81A4DA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBPWMCS
    "Wartezeit bis Signalunterbrechung erkannt"
    VALUE
    0x81B283
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B283  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBZCAN_R
    "Verzögerungszeit für rücksetzen des Botschaftszählers"
    VALUE
    0x829C34
    KwUw
    32000.00
    t_q20_ms
    0.00
    32000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TBZCAN_S
    "Verzögerungszeit für setzen des Botschaftszählers"
    VALUE
    0x829C36
    KwUw
    32000.00
    t_q20_ms
    0.00
    32000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSL
    "Mode 6: Component ID für Prüfung Sekundärluftsystem"
    VALUE
    0x8183BB
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSL2
    "Mode 6: Component ID für Prüfung Sekundärluftsystem, Bank 2"
    VALUE
    0x8183BC
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLF
    "Mode 6: Component ID für Prüfung gefilterter Sekundärluftmittelwert"
    VALUE
    0x8183BD
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLF2
    "Mode 6: Component ID für Prüfung gefilterter Sekundärluftmittelwert(Bank2)"
    VALUE
    0x8183BE
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLK
    "Mode 6: Component ID für Prüfung Sekundärluftsystem; Kurztest"
    VALUE
    0x8183BF
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLK2
    "Mode 6: Component ID für Prüfung Sekundärluftsystem, Bank 2; Kurztest"
    VALUE
    0x8183C0
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLN
    "Mode 6: Component ID für Prüfung minimale Sekundärluft in Phase 1"
    VALUE
    0x8183C1
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLN2
    "Mode 6: Component ID für Prüfung minimale Sekundärluft in Phase 1, Bank 2"
    VALUE
    0x8183C2
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLV
    "Mode 6: Component ID für Prüfung Dichtheit SL-Ventil"
    VALUE
    0x8183C3
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6CSLV2
    "Mode 6: Component ID für Prüfung Dichtheit SL-Ventil, Bank 2"
    VALUE
    0x8183C4
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECL
    "Mode 6 Codewort für i.O. Prüfung des TEVs aus Luft-Prüfung"
    VALUE
    0x81A701
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A701  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECNL
    "Mode 6 Codewort für NICHT i.O. Prüfung des TEVs aus Luft-Prüfung"
    VALUE
    0x81A702
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A702  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECP
    "Mode 6 Codewort für passive i.O. Prüfung des TEVs"
    VALUE
    0x81A703
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A703  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECRF
    "Mode 6 Codewort für i.O. Prüfung des TEVs aus FR-Abweichung Richtung fett"
    VALUE
    0x81A704
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A704  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TC6TECRM
    "Mode 6 Codewort für i.O. Prüfung des TEVs aus FR-Abweichung Richtung mager"
    VALUE
    0x81A705
    KwUb
    127.0
    dez
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A705  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCONT_HILO
    "Entprellzeit Signal Dauer- high- low"
    VALUE
    0x8124E0
    KwUb
    1.270
    t10msxs_ub_b2p55
    0.00
    1.270

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCRCAN
    "Filterzeit für Crash-CAN-Signal"
    VALUE
    0x8124E1
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERC
    "Zeit zur sicheren Crash-CAN-Erkennung"
    VALUE
    0x81B284
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B284  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERNPL
    "Zeit für fehlgeschlagene automatische Crashsignalerkennung"
    VALUE
    0x81B285
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B285  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TCSERP
    "Zeit zur sicheren Crash-PWM Erkennung"
    VALUE
    0x81B286
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B286  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDABGLST
    "Zeitverzögerung Freigabe Abgleich nach Startende"
    VALUE
    0x814AEC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814AEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDAPTUBR
    "Wartezeit für UBR-Fehler bei Abschaltpfadtest"
    VALUE
    0x818AB6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDASTAT
    "Zeitverzögerung bei Rücksetzen von B_astat"
    VALUE
    0x8183C5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBBKVP
    "Einschaltverzögerung von B_bkvp für Diagnose"
    VALUE
    0x81B297
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B297  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKLOFF
    "Abschaltzeit für Bed. Kühlleistung nach ununterbrochenem Verlassen des Bereichs"
    VALUE
    0x8197D3
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVKOMAB
    "Verzögerungszeit der Forderung Klimakompressor abschalten"
    VALUE
    0x81B28F
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVNWAB
    "Verzögerungszeit für NW-Umschaltung min. Überschneidung"
    VALUE
    0x81B290
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B290  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVP
    "Verzögerung des Bits B_pbkvmn bei ausreichendem Saugrohrdruck"
    VALUE
    0x81B291
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B291  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVSTED
    "Einschaltverzögerung  der Steuerbits der BKV-Funktion nach Startende"
    VALUE
    0x82CEE4
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CEE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBKVSTEND
    "Einschaltverzögerung BKV-Pumpe nach Startende"
    VALUE
    0x81B299
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B299  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDBUKSUE
    "Entprellzeit für Entstufentest Saugrohrumschaltung 1"
    VALUE
    0x813B80
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B80  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDBKVP
    "Zeit, in der das Druckdelta DPBKVP durch die Pumpe evakuiert werden kann"
    VALUE
    0x81B298
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B298  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDEDBKVP
    "max. Einschaltdauer der elektrischen BKV-Pumpe"
    VALUE
    0x82BF9C
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFU
    "Entprellzeit für Fehlereintrag Druckksensor Umgebung"
    VALUE
    0x818B81
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDFUUGD
    "Entprellzeit für Fehlereintrag Druckksensor Umgebung"
    VALUE
    0x818B82
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDSLA
    "Dauer Sekundärlufteinblasung für Adaptionsphase"
    VALUE
    0x818395
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818395  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDDSLSFG
    "Zeitverzögerung für Freigabe der Zusatzdiagnose SLS (Bank1)"
    VALUE
    0x8183C6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDEGFEMN
    "Zeitverzögerung für Setzen des MIN-Fehlers"
    VALUE
    0x818C52
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C52  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDEGFEMX
    "Zeitverzögerung für Setzen des MAX-Fehlers"
    VALUE
    0x818C53
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C53  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDEGFENO
    "Zeitverzögerung für Setzen des NO-Fehlers"
    VALUE
    0x818C54
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C54  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFGSLA
    "Zeitverzögerung für die Freigabe der Anforderung der Aktivdiagnose"
    VALUE
    0x8183C7
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFGSZSLS
    "Zeitverzögerung für die Freigabe der Setzbedingung des Zyklusflags"
    VALUE
    0x8183C8
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDFZTAFX
    "Entprellzeit Fahrzyklus für Plausibilitäts-Check fixiertes TANS-Signal"
    VALUE
    0x819756
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819756  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDGNIOANL
    "Entprellzeit der Bedingung Drehzahlgeber-Signalausfall"
    VALUE
    0x81841C
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHR
    "Entprellzeit für Diagnose Hauptrelais"
    VALUE
    0x82BF9E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDHREVAB
    "Entprellzeit für EV-Abschaltung bei Hauptrelais- bzw. -Kontakt-Fehler"
    VALUE
    0x818AB7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKATAKT
    "Schwellwert Zyklus fertig wenn aktive Überwachungszeit > TDKATAKT"
    VALUE
    0x81E7D2
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKATATT
    "Schwellwert Zyklus fertig für Funktionsanforderung"
    VALUE
    0x81E7D4
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKLAGDE
    "Zeitdelta für Fehlerzählerlöschung bei DK-Soll-/Istvergleich"
    VALUE
    0x8104D0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKNACH
    "Zeit im Nachlauf bis stromlose DK im NLP einschwingt"
    VALUE
    0x813A12
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A12  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKPAW
    "Zeit für DK-Poti-Auswahl"
    VALUE
    0x8103D7
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDKUPNOG
    "Verzögerungszeit nach Gangwechsel bis erneute Gangwechselerk. möglich"
    VALUE
    0x818AC1
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAHFAMX
    "Einschaltverzögerung für Erkennung Schnelladaption eingeschwungen"
    VALUE
    0x81A4DB
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAKAD
    "Absteuerzeit von lamka_w für gesteuertes Katalysator-Ausräumen"
    VALUE
    0x829FF2
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAKAU
    "Aufsteuerzeit von lamka_w für gesteuertes Katalysator-Ausräumen"
    VALUE
    0x829FF4
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLAMBTS
    "einmalige Verzögerungszeit für Freigabe Lambda-Bauteileschutz"
    VALUE
    0x827D06
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D06  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLR
    "Wartezeit bis Setzen der Bedingung Diagnose Leerlaufsteller"
    VALUE
    0x8294A0
    KwUw
    255.0000
    t200msxs_ub_b51
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRMN
    "Wartezeit bis Fehlereintrag Steller geschlossen"
    VALUE
    0x8294A2
    KwUw
    255.0000
    t200msxs_ub_b51
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRMX
    "Wartezeit bis Fehlereintrag Steller offen"
    VALUE
    0x8294A4
    KwUw
    255.0000
    t200msxs_ub_b51
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLRNF
    "Wartezeit bis Meldung kein Fehler bei Leerlaufsteller"
    VALUE
    0x8294A6
    KwUw
    255.0000
    t200msxs_ub_b51
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLLTAFX
    "Entprellzeit Leerlauf für Plausibilitäts-Check fixiertes TANS-Signal"
    VALUE
    0x819757
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819757  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRHAFTMX
    "Verweildauer für Aktivierung der Haftreibungsroutine"
    VALUE
    0x818AF6
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRPIDC
    "Zeitdelta zur Fehlerzeitdecrementierung bei DLR-Stellbereichsüberwachung"
    VALUE
    0x813A96
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLRPIDMX
    "max. Zeit für PWM-Tastverhältnis des DLR bei temp. UMA-Adapt."
    VALUE
    0x810418
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810418  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDLSVV
    "Entprellzeit für Erkennung vertauschte Lambdasonden"
    VALUE
    0x81A4F9
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFB
    "Zeit Diagnose für Erkennung Fehler in MIL-Fremdbestimmung"
    VALUE
    0x818631
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818631  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFBSA
    "Zeitkonstante PT1-Filter beim Schubabschalten"
    VALUE
    0x816104
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816104  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFBWE
    "Zeitkonstante PT1-Filter beim weichen Wiedereinsetzen"
    VALUE
    0x816106
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816106  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFNSG
    "Filterzeitkonstante bei Solldrehzahlanhebung CVT"
    VALUE
    0x816108
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816108  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMFWEMI
    "Filterzeitkonstante beim harten Wiedereinsetzen"
    CURVE
    0x81610A
    KlAUwSstUwWUw
    655.34999908
    zk10msxs_uw_b655
    0.010000915611
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81610A  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mivbeb_w
        rel_uw_b100
        8
        0.00
        99.99847

        FORMAT "%8.5"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMKOW
    "Entprellzeit nach Momentenreserve: Klimakompressor"
    VALUE
    0x829490
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829490  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLHFM
    "Zeitverzögerung für das Setzen von B_ehfm"
    VALUE
    0x810968
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810968  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLMN
    "Entprellzeit HFM-(Hauptlastgeber-)Fehlererkennung Minimalwert"
    VALUE
    0x818B73
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B73  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLMX
    "Entprellzeit HFM-(Hauptlastgeber-)Fehlererkennung Maximalwert"
    VALUE
    0x818B74
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLNF
    "Entprellzeit HFM-(Hauptlastgeber-)Diagnose mit i.O.-Meldung"
    VALUE
    0x818B75
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLNPL
    "Entprellzeit HFM-(Hauptlastgeber-)Fehlererkennung nicht plausibler Wert"
    VALUE
    0x818B76
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLSDS
    "Zeit nach Kupplungsbetätigung mit veränderter LSD-Auslösung"
    VALUE
    0x81114E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81114E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMLST
    "Entprellzeit HFM-(Hauptlastgeber-)Fehlererkennung im Start"
    VALUE
    0x818B77
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMRESLL
    "Sperrzeit für die erhöhte Momentenreserve nach dem Start"
    VALUE
    0x81109D
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81109D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSDKS
    "Zeitverzögerung bis das Bit B_fkmsdks wirksam wird"
    VALUE
    0x81096D
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLMN1
    "Mindestmeßzeit Sekundärluftmasse, Phase 1"
    VALUE
    0x8183C9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLMN4
    "Mindestmeßzeit Sekundärluftmasse, Phase 4"
    VALUE
    0x8183CA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLMNK
    "Mindestmeßzeit Sekundärluftmasse, Phase 1 bei Kurztest"
    VALUE
    0x8183CB
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLOF3
    "Meßzeit Offset Sekundärluftmasse, Phase 3"
    VALUE
    0x8183CC
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLOF5
    "Meßzeit Offset sekundärluftmasse, Phase 5"
    VALUE
    0x8183CD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLOFK
    "Meßzeit Offset Sekundärluftmasse, Phase 3 bei Kurztest"
    VALUE
    0x8183CE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLV
    "Messzeit für Ventildichtheitsprüfung"
    VALUE
    0x8183CF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDMSLVK
    "Meßzeit für Ventildichtheitsprüfung bei Kurztest"
    VALUE
    0x8183D0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNSTA
    "Auspufferwärmzeit ab Start, für TANS - Diagnose"
    VALUE
    0x819758
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819758  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNSUB
    "Batterie - Erholzeit ab Start, für UBATT - Diagnose"
    VALUE
    0x8139C4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNWSP
    "Zeitverzögerung für Prüfung Nockenwellenverschiebung"
    VALUE
    0x81864A
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDNX
    "Entprellzeit Fehlertyp max.: Überdrehzahl"
    VALUE
    0x8102F0
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPBKVMN
    "Verzögerungszeit der Bedingung BKV ohne ausreichenden Unterdruck"
    VALUE
    0x81B292
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B292  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPBKVMNP
    "Verzögerungszeit der Bedingung BKV ohne ausreichenden Unterdruck für BKV-Pumpe"
    VALUE
    0x81B293
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B293  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPH2SLOF
    "Zeit Einschaltverzögerung von Phase 2 nach Phase 3"
    VALUE
    0x8183D1
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPHSLOF
    "Zeit Einschaltverzögerung Bit B_slsoff in Phase 2, 3 und 5 nach"
    VALUE
    0x8183D2
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDPLTAO
    "Entprellzeit für oberen Plausibilitätscheck des Ansauglufttemp.-Signals TANS"
    VALUE
    0x819759
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819759  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRFZTAFX
    "Entprellzeit f. Reset Fahrzyklus für Plausibilitäts-Check fixiertes TANS-Signal"
    VALUE
    0x81975A
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRNLUBR
    "Entprellzeit Rücksetzen Nachlauf-Anforderung von GGUBR"
    VALUE
    0x818AB8
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDRPLTAO
    "Entprellzeit für Rücks. Prüfbeding. Plaus-Check des Ansauglufttemp.-Signals TANS"
    VALUE
    0x81975B
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSLKT
    "Dauer Kurztest Sekundärluftdiagnose für Massenmessung"
    VALUE
    0x818396
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818396  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSLMDRL
    "Einschaltverzögerung Delta-rl-Sperre bei Bildung B_dslmes"
    VALUE
    0x8183D3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDSLMVBA
    "Einschaltverzögerung BA-/VA-Sperre bei Bildung B_dslmes"
    VALUE
    0x8183D4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTA
    "Entprellzeit Fehlererkennung TANS"
    VALUE
    0x81975C
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTABGMK
    "Zeitverzögerung für modellierte Abgastemperatur bei Eintritt in den Katalysator"
    VALUE
    0x819837
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819837  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTAL
    "TANS Fehlererkennung / Zeitsperre ab B_LL = 1"
    VALUE
    0x81975D
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTEFA
    "Zeit für Sperre DTEV ab Start bei Testeranforderung"
    VALUE
    0x82A75A
    KwUw
    180.0000
    t100msxs_uw_b6553p6
    20.00000
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A75A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTESZO
    "Zeit ab Startende für schnelle Spülratenabsteuerung DTEV bei B_ll = TRUE inaktiv"
    VALUE
    0x82A75C
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A75C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTESZU
    "Zeit ab Startende für Aktivierung Spülratenabsteuerung DTEV bei B_ll = TRUE"
    VALUE
    0x82A75E
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A75E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTEZAM
    "Zeit ab Start für aktive DTEV möglich"
    VALUE
    0x82A760
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A760  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTKAUS
    "Entprellzeit Fehlererkennung Temperatur Kühlerausgang"
    VALUE
    0x81B256
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B256  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTM
    "Entprellzeit Fehlererkennung, Motortemperatursensor"
    VALUE
    0x827DF8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMMA
    "Verzögerungszeit Anfangswert Motortemperaturmodell"
    VALUE
    0x827DFA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMNP
    "Entprellzeit Fehlererkennung Unplausibilität Signal TMOT"
    VALUE
    0x827DFC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMNPO
    "Entprellzeit Fehlererkennung Unplausibilität oben TMOT"
    VALUE
    0x8197D4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTMPOG
    "Entprellzeit Prüfung obere Unplausibilität gültig TMOT"
    VALUE
    0x8197D5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTOL
    "Entprellzeit Fehlererkennung TOL (Motor-)Oeltemperatur"
    VALUE
    0x82ADB4
    KwUw
    65534.00
    t1sxs_uw_b65535
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDTUM
    "Entprellzeit Fehlererkennung Umgebungslufttemperatur TUM"
    VALUE
    0x81FBD4
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUB
    "Wartezeit für UBATT-Diagnose"
    VALUE
    0x8102FD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUBHFM
    "Zeit für HFM-Diagnose mit u < UBHFM"
    VALUE
    0x818B78
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUBR
    "Entprellzeit für Diagnose UBR"
    VALUE
    0x818AB9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDUBRNL
    "Entprellzeit für Diagnose UBR im Nachlauf"
    VALUE
    0x818ABA
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDV
    "Fehlererkennung Tachosignal / Zeitdauer für Abfrage"
    VALUE
    0x818AB4
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVGDSLL
    "Verzögerungszeit für Drucksensorvergleich DSU/DSL im Leerlauf"
    VALUE
    0x818B83
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVIVZ
    "Toleranzzeit bei zu großer Abweichung zw. Istgeschw. und Zielgeschw."
    VALUE
    0x813B98
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVOVR
    "Toleranzzeit bei FGR-Überreiten durch Fahrer"
    VALUE
    0x81E9B6
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9B6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDVZVI
    "Toleranzzeit bei zu großer Abweichung zw. Zielgeschw. und Istgeschw."
    VALUE
    0x813B9A
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDWLSVV
    "Wartezeit für Zyklusbit setzen Diagnose vertauschte Lambdasonden"
    VALUE
    0x81A4FA
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDWPOPBP
    "Entprellzeit zur Deaktivierung der PWG/Brems-Plaus. über Pedalgradient"
    VALUE
    0x810313
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810313  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TDZHR
    "Entprellzeit für Setzen des Zyklusflag"
    VALUE
    0x82BFA0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BFA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEBBREMS
    "Entprellzeit von B_brems"
    VALUE
    0x81B28D
    KwUb
    0.5000
    t50msxs_q0p05
    0.00
    0.5000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEBKVNWAB
    "Entprellzeit für NW-Umschaltung min. Überschneidung"
    VALUE
    0x81B294
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B294  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEDKTLP
    "Entprellzeit für Parameterumschaltung in Lambdaregelung"
    VALUE
    0x818A74
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A74  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEGA
    "Zeitschwelle für Einschwingen der Gemischadaption"
    VALUE
    0x813FAE
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FAE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHEHRLSU
    "Entprellzeit zum Heilen des Fehlerpfades HRLSU"
    VALUE
    0x81E786
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E786  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRF
    "Entprellzeit für Heizungsregelungsfehler"
    VALUE
    0x81E788
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E788  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRFMN
    "minimale Entprellzeit für Heizungsregelungsfehler"
    VALUE
    0x81E78A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E78A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRLSUE
    "Entprellzeit für Heizungsregelung der LSU für elektrischen Fehler"
    VALUE
    0x81E78C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E78C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEHRLSUZMX
    "Ausblendzeit zur Heilung bei hohen Temperaturen"
    VALUE
    0x81E78E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E78E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEMIN
    "minimales TE"
    VALUE
    0x813FE2
    KwUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEMINVA
    "minimales TE bei VA"
    VALUE
    0x813FE4
    KwUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPBKVMN
    "Entprellzeit von B_pbkvmn"
    VALUE
    0x81B295
    KwUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B295  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPBRKUP
    "Entprellzeit für Brems- und Kupplungsschalter"
    VALUE
    0x8104D4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPFGRH
    "Entprellzeit für FGR-Bedienhebel"
    VALUE
    0x818ACD
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ACD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TEPPBKV
    "Entprellzeit für Schalter Druck Bremskraftverstärker"
    VALUE
    0x81B296
    KwUb
    5.080
    t20msxs_ub_q0p02
    0.00
    5.080

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B296  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TERRTOLC
    "Verzögerungszeit für das Eintragen eines Fehlers beim Öltemperatur = FFh"
    VALUE
    0x81841F
    KwUb
    255.0
    t_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TETRST
    "Beginn Regelung Thermostat nach Start"
    VALUE
    0x81B1D5
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFADELAY
    "Verzögerungszeit nach Zürücksetzen von B_fa"
    VALUE
    0x82BF3E
    KwUw
    765.0000
    t1sxs_uw_b65535
    0.00
    765.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFALLMIGES
    "fallende Zeit der Moment-Rampe bei fehlende Getriebe Botschaften"
    VALUE
    0x81017C
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFASLAMN
    "Mindestzeit nach Katheizen für Testeranforderung Sekundärluftdiagnose"
    VALUE
    0x81B5DE
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFDLLRO
    "Obere Schwelle für Zeitfenster für DLLR"
    VALUE
    0x8294A8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFDLLRU
    "Untere Schwelle für Zeitfenster für DLLR"
    VALUE
    0x8294AA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8294AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRABS
    "Zeitkonstante zum Entprellen der FGR-Abschaltung bei ABS-Bremsung"
    VALUE
    0x818B29
    KwUb
    0.4000
    t20msxs_ub_b5p1
    0.00
    0.4000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B29  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRABTE
    "Zeit für Erkennung eines Fehler in der automatischen Bedienteilerkennung"
    VALUE
    0x818ACE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ACE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRAR
    "Rampenlaufzeit bei Komfortabschaltung des FGR"
    VALUE
    0x818B60
    KwUb
    5.080
    t20msxs_ub_b5p1
    0.00
    5.080

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGREPB
    "Entprellzeit für elektrische Parkbremse"
    VALUE
    0x8104ED
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRFDY
    "Toleranzzeit für Eingriffe von Fahrdynamikfunktionen im FGR-Betrieb"
    VALUE
    0x8104EE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRHE
    "Verzögerungszeit für Erkennung FGR-Bedienhebelfehler"
    VALUE
    0x818ACF
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ACF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRHSNP
    "Toleranzzeit für Unplausibilität FGR-Hauptschalter"
    VALUE
    0x818AD0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRTIP
    "Zeit für Erkennung gehaltene FGR-Funktionstaste Beschleunigen oder Verzögern"
    VALUE
    0x818AD1
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUB
    "Entprellzeit für geringe Batteriespannung"
    VALUE
    0x8104EF
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUEOB
    "Toleranzzeit für Überschreiten der oberen Beschleunigungsschwelle im FGR-Betrieb"
    VALUE
    0x8104F0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUM
    "Toleranzzeit für Erkennung FGR-Betrieb in der Funktionsüberwachung"
    VALUE
    0x8104F1
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRUNUB
    "Toleranzzeit für Unterschreiten der unteren Beschl.schwelle im FGR-Betrieb"
    VALUE
    0x8104F2
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFGRVRAB
    "FGR: Zeit für Geschwindigkeitsabschaltung über vroh =0"
    VALUE
    0x810304
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810304  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLI
    "Zeitkonstante für msli- und msln-Filter"
    VALUE
    0x8183D5
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLIK
    "Zeitkonstante für msli- und msln-Filter bei Kurztest"
    VALUE
    0x8183D6
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLO
    "Zeitkonstante für mslo- Filter"
    VALUE
    0x8183D7
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLOK
    "Zeitkonstante für mslo- Filter bei Kurztest"
    VALUE
    0x8183D8
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLV
    "Zeitkonstante für mslv- Filter"
    VALUE
    0x8183D9
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFIMSLVK
    "Zeitkonstante für mslv- Filter bei Kurztest"
    VALUE
    0x8183DA
    KwUb
    12.6996
    zk100msxs_ub_b25p5
    0.100392
    12.8000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFKU_R
    "Verzögerungszeit bis zum Heilen des Feherbits:"
    VALUE
    0x829C40
    KwUw
    30.00000
    t20msxs_uw_b1310
    0.00
    30.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFKU_S
    "Verzögerungszeit bis zur Übernahme des Feherbits:"
    VALUE
    0x829C42
    KwUw
    30.00000
    t20msxs_uw_b1310
    0.00
    30.00000

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFLZLR
    "Verzögerung des B_fpld_ok  während Lüfterdeaktivierung"
    VALUE
    0x81B1D6
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFQMRA
    "Filterkonstane für Lüfteranforderung Motorraum"
    VALUE
    0x81B1D7
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRA
    "Erkennungszeit für eingeschwungene Grundadaption von fra"
    VALUE
    0x819486
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819486  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRAOZ
    "Verweilzeit in FRAO für Zyklusflag bei nicht eingeschw. Adaption"
    VALUE
    0x819487
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819487  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRAUZ
    "Verweilzeit in FRAU für Zyklusflag bei nicht eingeschw. Adaption"
    VALUE
    0x819488
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819488  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRECILAM
    "Zeitkonstante Filterung recilam"
    VALUE
    0x810B9C
    KwUb
    2.54996
    zk10msxs_ub_b2p56
    0.0100392
    2.56000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMDTEE
    "Erkennungszeit für eingeschwungene frm"
    VALUE
    0x81A706
    KwUb
    3.000
    t100msxs_ub_b25p5
    0.00
    3.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A706  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMST
    "Erkennungszeit für Eingeschwingen von frm"
    VALUE
    0x819489
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819489  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFRMZST
    "Verweilzeit für unplausibles frm-Signal (Kurztest)"
    VALUE
    0x81948A
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFTABG
    "Filterkonstante für Abgastemp. in KMTR"
    VALUE
    0x81B1D8
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFTEINI
    "Zeit für Erkennung TE Stop"
    VALUE
    0x816C74
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816C74  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWDKPN
    "Zeitkonstante für Filterung der DK-Winkel vor Vergl. mit Ersatzwert aus Füllung"
    CURVE
    0x8103D8
    KlAUbSstUbWUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103D8  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWDKSOM
    "Zeitkonstante für Drosselklappensollwinkelfilterung bei Kl15 aus"
    VALUE
    0x81F5A6
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TFWPFGR
    "Filterzeitkonstante für Berechnung wpfgr_w"
    VALUE
    0x81EDD8
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EDD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAALTWR
    "Zeit Zeitkonstante fürs Rücksetzen  der Gemischkorrektur auf letzten Tripwert"
    VALUE
    0x81F9D6
    KwUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGAHBX
    "Zeit für GA-Anforderung nach erkannter unplausibler Beladung"
    VALUE
    0x81FB8C
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB8C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGENLRC
    "Zeit nach Startende zum Ändern der Generator load-response-time"
    VALUE
    0x81C224
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C224  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGENLRC2
    "2. Zeit nach Startende zum Ändern der Generator load-response-time"
    VALUE
    0x81C226
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C226  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGENONC
    "Zeit nach Startende bis Einschalten Generator (CAN)"
    VALUE
    0x81C234
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C234  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGGLS
    "Zeitdauer für ADC nach Interrupt im Funktionsrechner (Asic)"
    VALUE
    0x8189C9
    KwUb
    2.000
    t1msxms_q1
    3.000
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGRACMX
    "Überwachungszähler für obere Grenze der Botschaftszählerdifferenz GRA"
    VALUE
    0x8104F5
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGRACNU
    "Überwachungszeit für untere Grenze der Botschaftszählerdifferenz GRA"
    VALUE
    0x8104F6
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TGWHPOSG
    "Entprellung der Info Wählhebelposition unplausibel"
    VALUE
    0x81017D
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THDMB
    "Heilungs-Entprellzeit des Fehleintrags für dauerhafte Momentbegrenzung"
    VALUE
    0x827FF8
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THHA
    "Auszeit für Reduzierung der Heizleistung Sonde hinter Kat bei 13V"
    VALUE
    0x818AA4
    KwUb
    2.550
    t10msxs_q0p01_o0p05
    -0.05000
    2.500

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THHA2
    "Auszeit für Reduzierung der Heizleistung Sonde2 hinter Kat bei 13V"
    VALUE
    0x818AA5
    KwUb
    2.550
    t10msxs_q0p01_o0p05
    -0.05000
    2.500

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THHAWU
    "Ausschaltzeit während Leistungsreduzierung Sondenheizung hinter Kat"
    VALUE
    0x818AA6
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLKSLUE1
    "Zeit zur Heilungsentprellung bei KS nach Masse"
    VALUE
    0x81E9A8
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLKSLUE2
    "Zeit zum Zurücksetzten der Fehlerzähler wenn KS=0"
    VALUE
    0x81E9AA
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLSUHR
    "Verzögerungszeit zum Setzen der Bedingung B_henrin nach Einschalten der Heizung"
    VALUE
    0x81A365
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A365  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THLSUHRST
    "Verzögerungszeit zum Setzen von B_henrin nach Einschalten der Heizung  im Start"
    VALUE
    0x81A366
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A366  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THPHADR
    "Zuruecksetzen der Schwellenbedingung fuer des Adaptionwinkels."
    VALUE
    0x813938
    KwUw
    255.0000
    kw_q0p0039
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813938  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THPHADS
    "Setzen der Schwellenbedingung fuer Adaptionwinkels."
    VALUE
    0x81393A
    KwUw
    255.0000
    kw_q0p0039
    0.00
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81393A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSHA
    "Verzögerungszeit für Sonde ausreichend beheizt"
    VALUE
    0x818AA7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSHKTK
    "Kennlinie für die Ausschaltdauer der Sondenheizung abh. v.d. Abgastemp. h.Kat"
    CURVE
    0x81E872
    KlAUbSstUwWUb
    2.550
    t10msxs_q0p01_o0p05
    -0.05000
    2.500

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E872  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tanhkm_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSHKTK2
    "Kennlinie für die Ausschaltdauer der Sondenheizung2 abh. v.d. Abgastemp. h.Kat"
    CURVE
    0x81E88C
    KlAUbSstUwWUb
    2.550
    t10msxs_q0p01_o0p05
    -0.05000
    2.500

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E88C  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tanhkm2_w
        temp_q0p0234_o273
        8
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    THSRIH
    "Zeitverzög. Bereitschaft der Ri-Messung nach eingesch. Sondenheizung hinter KAT"
    VALUE
    0x81398C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81398C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THTVAI
    "Zeitkonstante Halte-TV  (Auslaß)"
    VALUE
    0x811D75
    KwUb
    5.09992
    zk10msxs_ub_b51p2
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THTVEI
    "Zeitkonstante Halte-TV, Einlaß"
    VALUE
    0x811D0E
    KwUb
    5.09992
    zk10msxs_ub_b51p2
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    THYNWMN
    "Temperaturhysteriese zur Vermeidung von tmot und toelk-Schwankungen"
    VALUE
    0x82A812
    KwUw
    1535.977
    temp_q0p0234
    0.00
    1535.977

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A812  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIDLEMAX
    ""
    VALUE
    0x819B8F
    KwUb
    0.00
    t100msxs_ub_b25p5
    10.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIDLEMIN
    ""
    VALUE
    0x819B90
    KwUb
    0.00
    t100msxs_ub_b25p5
    2.300
    2.300

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIKATBTS
    "Temperaturschwelle im Kat für Bauteileschutz"
    VALUE
    0x827D08
    KwUw
    1279.980
    temp_uw_q0p0195_o50
    -50.00000
    1229.980

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TIKATMOE
    "Temperaturkorrektur im Kat ohne Exotherme tikatm"
    VALUE
    0x8189B6
    KwSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAELI
    "Temperatur Kühlerausgang Erfassung und Linearisierung"
    CURVE
    0x81B257
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B257  0x29  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtka
        spg_ub_b5
        20
        0.00
        4.980

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAETRO
    "Obere Kühleraustrittstemp.-Schwelle bei Thermostatansteuerung"
    VALUE
    0x81B1D9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAETRU
    "Untere Kühleraustrittstemp.-Schwelle bei Thermostatansteuerung"
    VALUE
    0x81B1DA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAEW
    "KMTR Ersatzwert Temperatur Kühlerausgang"
    VALUE
    0x81B1DB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAINI
    "Initialisierungswert Tiefpass Soll-Temperatur Kühlerausgang"
    VALUE
    0x81B1DC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATBTS
    "Kat-Temperaturschwelle für Bauteileschutz"
    VALUE
    0x827D0A
    KwUw
    1279.980
    temp_uw_q0p0195_o50
    -50.00000
    1229.980

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATDSL
    "maximale Katalysatortemperatur für Freigabe SLS-Diagnose"
    VALUE
    0x8183DB
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATMLRH
    "Einschaltschwelle Kat-Modelltemperatur für Lambdaregelung hinter Kat"
    VALUE
    0x829F52
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATMN
    "Katalysatortemperaturregelschwelle für Kat warmhalten"
    VALUE
    0x819838
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819838  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATMOE
    "Temperaturkorrektur Kat ohne Exotherme tkatm"
    VALUE
    0x8189B7
    KwSb
    1275.
    temp_q5
    -640.0
    635.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATSA
    "Katalysator-Temperaturschwelle für Schubabschalten"
    VALUE
    0x819D64
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D64  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATSZA
    "Kat-Temperaturschwelle für Freigabe der Zwangsamplitude"
    VALUE
    0x814FEC
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATSZA2
    "Kat-Temperaturschwelle für Freigabe der Zwangsamplitude, Bank 2"
    VALUE
    0x814FEE
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x814FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATTKAMN
    "untere Temperaturschwelle für tkatm(2) für Ablaufsteuerung in der %TKAA"
    VALUE
    0x819CC3
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATTKAMX
    "obere Temperaturschwelle für tkatm(2) für Ablaufsteuerung in der %TKAA"
    VALUE
    0x819CC4
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATVLSMN
    "Minimalwert-Soll-TKA"
    VALUE
    0x81B1DD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATVLSMX
    "Maximalwert-Soll-Tka"
    VALUE
    0x81B1DE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKATW
    "Katalysatortemperaturschwelle für Kat warmhalten"
    VALUE
    0x819839
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819839  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDE
    "Ersatzgröße Temperatur Kühlerausgang im Fehlerfall"
    VALUE
    0x81B280
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B280  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDMN
    "Min. Temperatur Kühlerausgang"
    VALUE
    0x81B281
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B281  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKAUSDMX
    "Max. Temperatur Kühlerausgang"
    VALUE
    0x81B282
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B282  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKD
    "Lernzeit für Kick-Down-Position"
    VALUE
    0x810327
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810327  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERENSCUN
    "Einschaltschwelle für Diagnose an UN des Auswerte-ICs (auf Temperaturbasis)"
    VALUE
    0x829F2A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSPSF
    "Einschaltschwelle für Pumpstromregler des Auswerte-ICs (auf Temperaturbasis)"
    VALUE
    0x829F2C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUDMN
    "Minimale Temperatur, die die Sonde nach Ablauf TVLSUBB erreichen muß"
    VALUE
    0x81E790
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E790  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUS
    "Keramiksolltemperatur für LSU"
    VALUE
    0x829E78
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E78  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERLSUST
    "Keramiktemperaturgrenzwert zum Abbruch der Startsteuerung"
    VALUE
    0x829E7A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829E7A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKERRPSON
    "Schwellwert zum Einschalten des Referenzpumpstroms"
    VALUE
    0x829F2E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKGRADMX
    "Max. Kattemperaturgradient"
    VALUE
    0x818A75
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHABB
    "Entprellzeit für Abbruchbedingungen der Funktion Katheizen"
    VALUE
    0x81983A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHFSAB
    "Entprellzeit für Umschaltung auf Katheizdrehzahl bei Fahrstufe"
    VALUE
    0x828192
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828192  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHLL
    "Abbruchzeit Katheizen Leerlauf"
    VALUE
    0x828194
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x828194  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHLLAB
    "Entprellzeit für Ende Katheizdrehzahl im LL"
    VALUE
    0x81983B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHLLMX
    "Maximale Zeit für angehobene Katheiz-Drehzahl"
    VALUE
    0x828196
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828196  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHMX
    "Maximale Einschaltdauer der Funktion Katheizen"
    VALUE
    0x828198
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x828198  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKHNAB
    "Zeitdauer Absteuern Katheizdrehzahl"
    VALUE
    0x82819A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82819A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKIHKSAO
    "Obergrenze Kattemperatur im Hauptkat für SA"
    VALUE
    0x827F68
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F68  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKLDFINI
    "Verzögerungszeit für Auswertung von DFPWM nach Startende"
    VALUE
    0x8181D4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8181D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKLDFPWMDF
    "Verzögerungszeit für Setzen des Ersatzwerts KLDFPWMDEF"
    VALUE
    0x81B40A
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B40A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKLIHDV
    "Totzeit für Lüfter schnell-Hochlauf"
    VALUE
    0x81B1DF
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMTIMERR
    "Entprellzeit zur Freigabe der Fehlerwerte für die %DFPMENV"
    VALUE
    0x818473
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818473  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLMW
    "Testkanal für %TKMWL Messwert"
    VALUE
    0x810E14
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLNA
    "Testkanal für %TKMWL Normanzeigenummer"
    VALUE
    0x810E15
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKMWLNW
    "Testkanal für %TKMWL Normierwert"
    VALUE
    0x810E16
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E16  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMAD
    "Kompressorsperrzeit für Bedarfsadaption"
    VALUE
    0x81AEA1
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMNN
    "Minimale Abschaltzeit des Klimakompressors"
    CURVE
    0x816EE8
    GklWUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EE8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOAMXN
    "Maximale Abschaltzeit des Klimakompressors"
    CURVE
    0x8124A2
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124A2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOBEMNN
    "Minimale Einschaltzeit des Kompres. nach Auslösung über B_kobped oder B_kobwped"
    CURVE
    0x816EF8
    GklWUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EF8  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKODPAMNN
    "minimale Abschaltzeit des Klimakompressors  bei Beschleunigung ( dwped )"
    CURVE
    0x8124AA
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124AA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKODPAMXN
    "Maximale Ausschaltzeit bei Kompressorausschalten  über dwped"
    CURVE
    0x8124B2
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124B2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOEMNN
    "Minimale Einschaltzeit des Klimakompressors"
    CURVE
    0x8124BA
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124BA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOEV
    "Verzögerungszeit für Kompressoreinschalten (Totzeit, Quantisierung 40ms)"
    VALUE
    0x81AEA2
    KwUb
    10.20
    t40msxs_ub_q0p04
    0.00
    10.20

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOFREEZE
    "Dauer des  Kompressor-Freeze über Schaltvorgang hinaus"
    VALUE
    0x81AEA3
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOROFF
    "Ausschaltschwelle Korrektur Tastverhältnis Lüfteransteuerung"
    VALUE
    0x81B1E0
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKORON
    "Einschaltschwelle Korrektur Tastverhältnis Lüfteransteuerung"
    VALUE
    0x81B1E1
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOTMSK
    "Minimale Abschaltzeit des Klimakompressors nach Klima aus"
    VALUE
    0x82BCA2
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOVKO
    "Überwachungzeit  zur Klimatasteerken. nach Reset von B_kov (bidrekt. Schnittst.)"
    VALUE
    0x81AEA4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOWPAMNN
    "Minimale Abschaltzeit bei Vollast (über wped)"
    CURVE
    0x8124C2
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124C2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOWPAMXN
    "maximale Ausschaltzeit bei Vollast (über wped)"
    CURVE
    0x8124CA
    GklWUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124CA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKOWPEDDEL
    "Verzögerungszeit: Abschaltung über Fahrpedalwinkel"
    VALUE
    0x81AEA5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKRF
    "Flugzeit von Einspritzventil bis Einlassventil"
    VALUE
    0x819447
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819447  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKSDLRSCTR
    "Entprellzeit Rücksetzen des Fehlerzählers"
    VALUE
    0x818B25
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TKSTBFA
    "Modell-Temperatur hinter Hauptkat Startwert bei B_faatm Anforderun"
    VALUE
    0x8189B8
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLADEGFE
    "Zeitschwelle: Langsamer Abgleich eingeschwungen für DEGFE"
    VALUE
    0x81F36A
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F36A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAFA
    "Vezögerungszeit bis Lambda Fahrerwunsch aktiv"
    VALUE
    0x819289
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819289  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAKAMN
    "Mindestdauer Bed. lamsbrs_w oder lamsons_w > 1.0 für Funktion Kat.-Ausräumen"
    VALUE
    0x81A4F4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAKAMN2
    "Min. Dauer Bed. lamsbrs2_w or lamsons2_w > 1.0 für Funktion Kat.-Ausräumen"
    VALUE
    0x81A4F5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLAMVERG
    "Verzög.zeit um lamlshv_w zu sperren wenn lamsons_w ungleich lamlshv_w ist"
    VALUE
    0x81E8CE
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLKD
    "Maximal zulässige Zeit für Lernen der Kick-Down-Position über Tester"
    VALUE
    0x8139FC
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLLASH
    "Verzög.zeit um lamlash_w zu sperren wenn lamsons_w ungleich lamlash_w ist"
    VALUE
    0x8189CC
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLMSSLAB
    "Entprellzeit für Abbruch Sekundärluftanfettung"
    VALUE
    0x818397
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818397  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLMSSLMX
    "Maximale Zeit für Sekundärluftanfettung im Leerlauf"
    VALUE
    0x818398
    KwUb
    255.0
    t100msxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818398  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLMSSLTNS
    "Maximale Zeit für Sekundärluftanfettung im Leerlauf in Abhängigkeit von tnst"
    VALUE
    0x81B5E0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRBAM
    "Sperrzeit für Einschalten LR nach BA"
    CURVE
    0x816676
    KlAUbSstUbWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816676  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHFRXMOF
    "Turnoff Delay für Bedingung B_frmin OR B_frmax (Sperre P-Anteil)"
    VALUE
    0x81A4DC
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHFRXMON
    "Turnon Delay für Bedingung B_frmin OR B_frmax (Sperre P-Anteil)"
    VALUE
    0x81A4DD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHKPAKT
    "Verzögerungszeit für Bedingung B_lrhkp für Regler hinter KAT"
    VALUE
    0x81E8D0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRHS
    "Sperrzeit LR bei Heißstart, ausgelöst über Schwellen TASHS und TMSHS"
    VALUE
    0x81A40E
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A40E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRSZWSA
    "Zeitdauer für LRS-Zwangseinschaltung nach Schubabschneiden"
    VALUE
    0x829F32
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRTMS
    "Sperrzeit LR nach Start, abhängig von der Motortemperatur bei Start"
    CURVE
    0x829F34
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F34  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRVAM
    "Sperrzeit für Einschalten LR nach VA"
    CURVE
    0x816690
    KlAUbSstUbWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816690  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLRZWTMS
    "Zeit für Zwangseinschaltung LR (CARB-Forderung) nach Start"
    CURVE
    0x829F44
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F44  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLSHVER
    "Aufsummierte Zeit bis Error Vertauschung Sonde hinter KAT angezeigt wird"
    VALUE
    0x81E8D2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLSHVOK
    "Aufsummierte Zeit bis  Vertauschung Sonde h.  KAT Ok ist und Zyklusbit gesetzt"
    VALUE
    0x81E8D4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUE1ZYF
    "Verzögerungszeit Zyklusflag DFP_LUES1E ME(D) 7"
    VALUE
    0x818B1D
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B1D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUEKT1
    "Filterkonstante für Lüfteranforderung bei Bandende"
    VALUE
    0x82BF40
    KwUw
    761.03488372
    zk1sxs_uw_b65535
    1.0000000000
    762.03488372

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUEKT2
    "Filterkonstante für Lüfteranforderung bei Bandende"
    VALUE
    0x82BF42
    KwUw
    770.81176471
    zk200msxs_uw_b13107
    0.20000000000
    771.01176471

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TLUEST
    "Beginn Regelung Lüfter nach Start"
    VALUE
    0x81B1E2
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMABDTA1MN
    "Minimalschwelle der Motorabstelltemperatur für Stuck-Signal-Check TANS"
    VALUE
    0x81975E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMABDTMN
    "Minimalschwelle der Motorabstelltemperatur für Diagnose TMOT"
    VALUE
    0x8197D6
    KwUb
    103.5
    temp_ub_q0p75_o48
    39.75
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB0
    "Motortemperaturbereich 0 für Berechnung Kaltstartanreicherung"
    VALUE
    0x810BD3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB1
    "Motortemperaturbereich 1 für Berechnung Kaltstartanreicherung"
    VALUE
    0x810BD4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMADB2
    "Motortemperaturbereich 2 für Berechnung Kaltstartanreicherung"
    VALUE
    0x810BD5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAR
    "Untere tmot-Schwelle für AR-Freigabe"
    VALUE
    0x8110CB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMASKIV1
    "Temperaturschwelle für Verlägerung 1. KAT-Intervall, Aussetzererkennung"
    VALUE
    0x810270
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810270  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAU
    "Tmot-Schwelle für AU-Störgrößenaufschaltung"
    VALUE
    0x81909D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81909D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMAXKAT
    "maximale Kat-Temperatur für Kat-diagnose"
    VALUE
    0x818A76
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBAMN
    "Minimal tmot-Schwelle für zurechnung des Startmengenadaptionsfaktor bei BA"
    VALUE
    0x819448
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819448  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBAMX
    "Maximal tmot-Schwelle für zurechnung des Startmengenadaptionsfaktor bei BA"
    VALUE
    0x819449
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819449  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBST
    "Zeitdauer spezielle Momentenbegrenzung während Start und kurz nach Start"
    VALUE
    0x8114BD
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMBVH
    "Verzögerungszeit für Aktivierung Mißbrauchsverhinderung"
    VALUE
    0x81E98A
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E98A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMCC650
    "KR-testmode am Pin ADT des CC650"
    VALUE
    0x8198C9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8198C9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDHRSTMX
    "Min. Motorstarttemperatur zum Ausführen der Startdiagnose"
    VALUE
    0x8189DA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDLLR
    "Motortemperaturschwelle für Diagnose Leerlaufsteller"
    VALUE
    0x81A0F8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMAD
    "Motortemperaturschwelle für Freigabe der Adaption des Verlustmoments"
    VALUE
    0x819F22
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F22  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMA
    "Anfangstemperatur für Motortemperaturmodell"
    VALUE
    0x8197D7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMAT
    "Ersatztemperatur abh. Abstellzeit während TDTMMA"
    CURVE
    0x827DFE
    KlAUwSstUwWUw
    191.2500
    temp_ub_q0p75_o48
    -48.00000
    143.2500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827DFE  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        3
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMAU
    "Unterster Anfangswert aus tans für Motortemperaturmodell"
    VALUE
    0x8197D8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMEE
    "Endtemperatur für Ersatzwert Motortemperatur"
    VALUE
    0x8197D9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMMER
    "Endtemperatur für Referenzwert Motortemperatur"
    VALUE
    0x8197DA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMN
    "Motortemperatur min."
    VALUE
    0x8197DB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDMX
    "Motortemperatur max."
    VALUE
    0x8197DC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDNWMN
    "Minimale Motortemperatur zur Freigabe der Nockenwellendiagnose"
    VALUE
    0x81A81A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A81A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDNWMX
    "Maximale Motortemperatur zur Freigabe der Nockenwellendiagnose"
    VALUE
    0x81A81B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A81B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDSLAMN
    "min. Motortemperatur für Zusatzdiagnose"
    VALUE
    0x8183DC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDSLMN
    "min. Motortemperatur für DSLS"
    VALUE
    0x8183DD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDSLMX
    "max. Motortemperatur für DSLS"
    VALUE
    0x8183DE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDTEU
    "Untere Motortemperaturschwelle für Tankentlüftungsdiagnose"
    VALUE
    0x81A707
    KwUb
    63.75
    temp_ub_q0p75_o48
    27.00
    90.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A707  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDV
    "Motortemperaturschwelle für Freigabe Fz-Geschwindigkeits-Diagnose"
    VALUE
    0x818AB5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDYNA
    "TMOT - Schwelle für Lastdynamikadaption aktiv"
    VALUE
    0x810DCB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DCB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMDZGMN
    "Mindest-Motortemperatur für Freigabe Gradienteerkennung (Delta zu groß)"
    VALUE
    0x8197DD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMELIPU1
    "Motor-Temperatur: Erfassung u. Linearisierung, Inverskennlinie 1, pullup aktiv"
    CURVE
    0x827E0C
    KlAUwSstUwWUw
    191.9971
    temp_uw_q0p0029_o48
    -48.00000
    143.9971

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827E0C  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtmot_w
        spg_uw_q0p00488
        20
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMESP
    "Motortemperaturschwelle Schnellstart"
    VALUE
    0x8104D8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMESSCMN
    "Min.-Schwelle Ersatz-Motortemperatur für Stuck-Signal Check"
    VALUE
    0x8197DE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMEWDTEU
    "Untere Temperaturschwelle für TE-Diagnose bezogen auf modellierte Motortemp."
    VALUE
    0x81A708
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A708  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMEWKMTR
    "KMTR Ersatzwert Motortemperatur"
    VALUE
    0x81B1E3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMEWRAA
    "Einschalttemperatur LRA bezogen auf die modellierte Motortemperatur"
    VALUE
    0x81928B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81928B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFASLMN
    "Motortemperaturschwelle Testeranforderung Sekundärluftdiagnose"
    VALUE
    0x818399
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818399  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRATMN
    "minimale Temperatur bei der ftklra_w = 1 ist"
    VALUE
    0x8190EB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRATUB
    "untere Temperaturschwelle  bei der ftklra_w Konstant bleibt"
    VALUE
    0x8190EC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMFRST
    "Einschalttemperatur LR- Kurztest"
    VALUE
    0x81948B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMGESMN
    "Zeitgeber des  min. ind. Moments bei fehlende Getriebe Botschaften"
    VALUE
    0x81017E
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMH
    "Motortemperatur - Schwelle heiß"
    VALUE
    0x810D1A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D1A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLDO
    "Tmot-delta für Heißleuchte aus"
    VALUE
    0x81841D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLEOFF
    "Motortemperatur-Schwelle für Heißleuchte aus"
    VALUE
    0x81B1E4
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLEON
    "Motortemperatur-Schwelle für Heißleuchte an"
    VALUE
    0x81B1E5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLL
    "Motortemperaturschwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x819EDD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHLON
    "Tmot-Schwelle für Heißleuchte an"
    VALUE
    0x81841E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81841E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMHSG
    "Motortemperatur Heißstartgrenze"
    VALUE
    0x810D1B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D1B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMILAS
    "Dauer der MIL-Aktivierung nach Start zur Sichtbarkeitsprüfung"
    VALUE
    0x818628
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818628  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMILRB
    "Dauer der MIL-Aktivierung bei ready-blinken"
    VALUE
    0x818629
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818629  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMILVT
    "Dauer der MIL-Aktivierung nach INI zur Sichtbarkeitsprüfung"
    VALUE
    0x81862A
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81862A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMINKAT
    "Minimale Kat-Temperatur für Überwachung"
    VALUE
    0x818A77
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMK
    "Motortemperatur - Schwelle kalt"
    VALUE
    0x810D1C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKIMN
    "Temperaturschwelle für Umschaltung auf Ersatzsignal"
    VALUE
    0x8197EF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOAO
    "Obere Motortemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AEA6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOAU
    "Untere Motortemperaturschwelle für Kompressorabschaltung"
    VALUE
    0x81AEA7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOVOFF
    "Motortemperatur-Schwelle für Klimakompressor ausschalten"
    VALUE
    0x81B1E6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKOVON
    "Motortemperatur-Schwelle für Klimakompressor freigeben"
    VALUE
    0x81B1E7
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKR
    "Motortemperaturschwelle für Klopfregelung aktiv"
    VALUE
    0x819B52
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B52  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKRA
    "Motortemperaturschwelle für adaptive Klopfregelung"
    VALUE
    0x819B53
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B53  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMKRAS
    "Temperaturschwelle für Freigabe Schreibzugriffe auf Adaptions-KF"
    VALUE
    0x819B54
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B54  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLAST
    "Sperrzeit bis zum Auslösen des Ini der AR beim Verzögern"
    VALUE
    0x8110CC
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLIM
    "TMOT Schwelle für  KSTAA aktiv im Nachstart"
    VALUE
    0x810BD6
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLLAMN
    "Entprellzeit für Erkennung  Bedingung lamsons_w > 1"
    VALUE
    0x81A4DE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLLAMN2
    "Luftmassenschw. für Einschaltbereitschaft LRSHK nach Bed. lamsons_w < 1, Bank 2"
    VALUE
    0x81A4DF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLLNW
    "tmot-Schwelle für Freigabe des Integrators bei NW-Abweichung"
    VALUE
    0x819EDE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLLX
    "Kochschutzschwelle"
    VALUE
    0x819EDF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLRZAMN
    "Minimale Motortemperatur für Zusatzamplitude"
    VALUE
    0x810B9E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810B9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMLUSTESTH
    "Zeit um kurze Luftmassenänderungen zu unterdrücken für Sonde hinter KAT"
    VALUE
    0x8189CD
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMIBGR
    "tmot-Schwelle für Freigabe Momentenbegrenzung"
    VALUE
    0x81A342
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A342  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMXRT
    "max. Motortemperatur f. Retrigg. Modelle (Blockheater-Erkennung)"
    VALUE
    0x8197DF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMMXTUM
    "max. Motortemperatur für Aktualisierung Umgebungstemp. aus Ansauglufttemp."
    VALUE
    0x81946E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMN1DlUE1
    "Fehlererkennungszeit für Hauptlüfter defekt"
    VALUE
    0x81E9AC
    KwUw
    599.2000
    fak_q0p1
    0.8000000
    600.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMN2DLUE1
    "Fehlererkennungszeit fürZusatzlüfter defekt"
    VALUE
    0x81E9AE
    KwUw
    599.2000
    fak_q0p1
    0.8000000
    600.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMN3DLUE1
    "Fehlererkennungszeit für beide Lüfter defekt"
    VALUE
    0x81E9B0
    KwUw
    599.2000
    fak_q0p1
    0.8000000
    600.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9B0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNKATT
    "Minimale Kat-Temperatur für Überwachung bei Testerbetrieb"
    VALUE
    0x818A78
    KwUb
    1275.
    temp_ub_q5_o50
    -50.00
    1225.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNKSLUE1
    "Fehlererkennungszeit für echten KS"
    VALUE
    0x81E9B2
    KwUw
    6553.500
    fak_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9B2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSMN
    "Motortemperaturschwelle für die Nachstartaufweitung"
    VALUE
    0x8114BE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNSMN_UM
    "Motortemperaturschwelle für die Nachstartaufweitung in der FKT.-Überwachung"
    VALUE
    0x814012
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814012  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNST
    "Untere Temperaturschwelle bei Start des Motors"
    VALUE
    0x81A709
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A709  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNUUKA
    "Minimalzeit zwischen 2 Adaptionsvorgängen (ÜK-Adaption)"
    VALUE
    0x810D83
    KwUb
    1.850
    t10msxs_ub_b2p55
    0.7000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D83  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNWKH
    "Temperaturschwelle für Freigabe Nockenwellenkatheizfunktionalität"
    VALUE
    0x81A7A0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNWLLKHA
    "Motortemperaturschwelle zur Aktivierung Katheiz KF im Leerlauf Auslaßnockenwelle"
    VALUE
    0x81A982
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A982  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNWMN
    "Minimal Motortemperaturschwelle für Freigabe Nockenwellenverstellung"
    VALUE
    0x81A7A1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNWMX
    "Maximal Motortemperaturschwelle für Freigabe Nockenwellenverstellung"
    VALUE
    0x81A7A2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMNWST
    "Motortemoeraturschwelle für Nockenwellenfreigabe im Start"
    VALUE
    0x81A7A3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOD8TE
    "Aktivzeit für TE-Dichtheitsprüfung in Mode 8"
    VALUE
    0x81DE08
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81DE08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMODT
    "Schwelle Temperaturdifferenz Wassertemperatur für Heißstart"
    CURVE
    0x810D1D
    KlAUbSstUbWUb
    191.3
    temp_ub_b191p25
    0.00
    191.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D1D  0x7  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        3
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN
    "Minimal mögliche Motortemperatur bei warmem Motor"
    VALUE
    0x8114BF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN_UC
    "Minimal plausible Motortemperatur im Befehlstest"
    VALUE
    0x811A56
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811A56  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOMIN_UM
    "Minimal plausible Motortemperatur"
    VALUE
    0x81433D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81433D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMORSTE
    "Obere Temperaturschwelle resetieren B_stendes bei B_stend = false"
    VALUE
    0x810D24
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D24  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTDQMX
    "Max. Kühlmitteltemperaturschwelle zur Ansteuerung Lüfter über TKA"
    VALUE
    0x81B1E8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTDTEV
    "Maximale Temperatur für Lüfter nicht anschalten beim TEV-Diagnose"
    VALUE
    0x81B1E9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTELI
    "Temperatur Motor Erfassung u. Linearisierung, Inverskennlinie"
    CURVE
    0x827E5E
    KlAUwSstUwWUw
    191.9971
    temp_uw_q0p0029_o48
    -48.00000
    143.9971

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827E5E  0x52  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        wtmot_w
        spg_uw_q0p00488
        20
        0.00
        319.9951

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKRMN
    "Minimale Motortemperatur für"
    VALUE
    0x81B1EA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTKRMX
    "Maximale Motortemperatur für"
    VALUE
    0x81B1EB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTMRSMX
    "Maximale Motorstarttemperatur bei der CSD-Fehler im nächste Trip bestätigt wird"
    VALUE
    0x81A36C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A36C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTNLDG
    "Temperaturschwelle für Drehzahlgeber-Notlauf"
    VALUE
    0x818639
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818639  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTNMX
    "Motortemperatur-Schwelle für Aktivierung der erhöhten Drehzahlgrenze"
    VALUE
    0x829AD8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTTKAMN
    "untere Temperaturschwelle für tmot für Ablaufsteuerung in der %TKAA"
    VALUE
    0x819CC5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819CC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTWRM
    "Motortemperatur für warmen Motor"
    VALUE
    0x818C51
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818C51  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPAUS
    "Ausschalttemperaturschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B1EC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPEIN
    "Einschalttemperauturschwelle für Zusatzwasserpumpe"
    VALUE
    0x81B1ED
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMOTZPSTMX
    "Max. zulässige Motorstarttemperatur für Ansteuerung ZWP"
    VALUE
    0x81B1EE
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin AXIS_PTS

    TMOV08_UC
    "Stützstellenverteilung für Motortemperatur im Befehlstest"
    0x811A57
    tmotmn_uc
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x811A57  0x9  /end IF_DATA 
/end AXIS_PTS

/begin AXIS_PTS

    TMOV08_UM
    "Stützstellenverteilung für Motortemperatur"
    0x81433E
    tmotmn_um
    SstAUbSstUb
    191.3
    temp_ub_q0p75_o48
    8
    -48.00
    143.3

    
    FORMAT "%5.1"
    DEPOSIT ABSOLUTE
    /begin IF_DATA ETK  DP_BLOB 0x81433E  0x9  /end IF_DATA 
/end AXIS_PTS

/begin CHARACTERISTIC

    TMPTAFXMN
    "Mindest-Motortemperaturschwelle für Plausibilitäts-Check fixiertes TANS Signal"
    VALUE
    0x81975F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81975F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMPTAFXU
    "untere Motortemperaturschwelle für Plausibilitäts-Check fixiertes TANS Signal"
    VALUE
    0x819760
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819760  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMPUPOFF
    "untere Motortemperaturschwelle für pullup-Abschaltung"
    VALUE
    0x8197E0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMPUPON
    "obere Motortemperaturschwelle für pullup-Zuschaltung"
    VALUE
    0x8197E1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMQSYN
    "Motortemperaturschwelle zur Freigabe PG-Schnellstart"
    VALUE
    0x8102A5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRA1
    "Ausschaltbedingung (S_LL = 0)"
    VALUE
    0x811C75
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C75  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRA2
    "Ausschaltbedingung (S_LL = 1)"
    VALUE
    0x811C76
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRAA
    "Einschalttemperatur LRA"
    VALUE
    0x81928C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81928C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRAK
    "Ausschaltschwelle der Lambda - Regelung bei niedriger Starttemperatur"
    VALUE
    0x811C77
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRESNL
    "Temperaturschwelle für die Freigabe der Momentenreserve"
    VALUE
    0x819F5D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F5D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMRZHLL
    "Motortemperaturschwelle für Reset des Zeitzählers für Heiß-Leerlauf"
    VALUE
    0x819EE0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSH
    "Motortemperaturschwelle für Erkennung Kaltstart für Messung Sonde hinter KAT"
    VALUE
    0x8189C1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSHA
    "Motorabstelltemperaturschwelle für Messung Abkühlung Sonde hinter KAT"
    VALUE
    0x8189C2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSHS
    "Schwelle Motortemp. für Auslösung TLRHS - Sperrzeit LR bei Heißstart"
    VALUE
    0x811C78
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSKLH
    "Motortemperaturschwelle für kurze LRA-Anfangsphase bei Heißstart"
    VALUE
    0x8191C2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSKS
    "Motortemperaturschwelle für Erkennung Benzin im Öl"
    VALUE
    0x819715
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819715  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSKTDO
    "Obere Motorstarttemperaturschwelle für Katalysatordiagnose"
    VALUE
    0x818A79
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSLADAP
    "Sperrzeit für Wiederholung Adaption"
    VALUE
    0x81B6C4
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSLIFT
    "Wartezeit für für mslift-Filter (Aufbau Drehmomentenreserve)"
    VALUE
    0x81B6C6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSLIFT1
    "Wartezeit für mslift-Filter (Aufbau Drehmomentenreserve) in Phase 1"
    VALUE
    0x81B6C8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSLIFTK
    "Wartezeit für mslift-Filter (Aufbau Drehmomentenreserve) in Phase 1 während Kurz"
    VALUE
    0x81B6CA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSLOF
    "Motortemperaturschwelle für Sperre Sekundärluft"
    VALUE
    0x81983C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSNOGA
    "Schwelle tms für Dauerspülen nach Fahrzyklus mit erfolgter Gemischadaption"
    VALUE
    0x8191C3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8191C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSO5INI
    "Initialisierungswert Sollwert Motortemperatur 5"
    VALUE
    0x81B1EF
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOINI
    "Initialisierungswert Tiefpass Motor-Soll-Temperatur"
    VALUE
    0x81B1F0
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOLLEW
    "KMTR Ersatzwert Motor-Solltemperatur"
    VALUE
    0x81B1F1
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSOTOEL
    "Solltemperatur abhängig von Öltemperatur"
    CURVE
    0x81B1F2
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1F2  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelkmtr
        temp_ub_q1_o60
        5
        -60.00
        195.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSPTAFX
    "Motorstarttemperaturschwelle für Plausibilitäts-Check fixiertes TANS Signal"
    VALUE
    0x819761
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819761  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSRCERR
    "Entprellzeit für irreversible ASR/MSR-Abschaltung bei Botschaftsfehler"
    VALUE
    0x810177
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810177  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSRCNU
    "Entprellzeit zur Berücksichtigung von Rasterversätzen im Botschaftszähler"
    VALUE
    0x810178
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810178  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSRUHOT
    "tmot-Schwelle für Umschaltung auf KFSUHOT"
    VALUE
    0x818DFB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSLO
    "obere Starttemperaturschwelle für Sekundärluft"
    VALUE
    0x81839A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSLSTO
    "obere Temperaturschwelle für Sekundärluft im Start"
    VALUE
    0x81839B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSLSTU
    "untere Temperaturschwelle für Sekundärluft im Start"
    VALUE
    0x81839C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSLU
    "untere Starttemperaturschwelle für Sekundärluft"
    VALUE
    0x81839D
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSSCO
    "obere Motorstart-Temp.-Schwelle für Stuck-Signal Check"
    VALUE
    0x8197E2
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSSSCU
    "untere Motorstart-Temp.-Schwelle für Stuck-Signal Check"
    VALUE
    0x8197E3
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTABO
    "Kennlinie für Hochzählen des ABO-Zählers abhängig von der Starttemperatur"
    CURVE
    0x819716
    KlAUbSstUbWUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819716  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTKOO
    "Obere Schwelle der Motorstarttemperatur zur Aktivierung der KOS nach Motorstart"
    VALUE
    0x81AEA8
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTKOU
    "Untere Schwelle der Motorstarttemperatur zur Aktivierung der KOS nach Motorstart"
    VALUE
    0x81AEA9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTLMS
    "Schwellwert Motorstarttemperatur für Auswahl des KF für Motorlambda"
    VALUE
    0x819866
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819866  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTMAD
    "Schwelle für tmot im Start für Bedarfsadaption"
    VALUE
    0x81AEAA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSTTE
    "Starttemperaturschwelle, bei der die TE sofort aktiv werden kann"
    VALUE
    0x81A50B
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A50B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUKTD
    "Minimale tmot-Start-Temperatur für Katdiagnose"
    VALUE
    0x818A7A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUPTAFX
    "untere Motorstarttemperaturschwelle für Plaus.-Check fixiertes TANS Signal"
    VALUE
    0x819762
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819762  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUS
    "Temperaturschwelle für Saugrohrumschaltung"
    VALUE
    0x818DFC
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUSV
    "Temperaturschwelle für Saugrohrumschaltung mit nachgeschalteter Verzögerung"
    VALUE
    0x818DFD
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMSUTMUMA
    "untere Tmot-Schwelle für temporäre UMA-Adaption"
    VALUE
    0x810419
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810419  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMTE
    "TMOT - Schwelle für Tankentlüftung"
    VALUE
    0x81A50C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A50C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMTKS
    "Temperaturschwelle für  integrierten Luftmassenstrom für Erkennung Benzin im Öl"
    VALUE
    0x81971F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81971F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMTMRW
    "Temperatur-Schwelle für die Prüfung, ob Zwangseinschaltung LR nötig (CARB)"
    VALUE
    0x81A40F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A40F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMUDTEU
    "Untere Umgebungstmperaturschwelle für Tankentlüftungsdiagnose"
    VALUE
    0x81A70A
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMUKAK
    "Temperaturbereich kalter Motor für ÜK-Adaption"
    VALUE
    0x810D84
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMUKAU
    "untere Motortemperatur-Grenze für ÜK-Adaption"
    VALUE
    0x810D85
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMUKAW
    "Temperaturbereich warmer Motor für ÜK-Adaption"
    VALUE
    0x810D86
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMURSTE
    "Untere Temperaturschwelle resetieren B_stendes bei B_stend = false"
    VALUE
    0x810D25
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D25  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMVDBS
    "Entprellzeit Beschleunigungssignaldiagnose"
    VALUE
    0x810272
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810272  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMVER
    "Entprellzeit zur Erkennung einer dauerhaften Momentenbegrenzung"
    VALUE
    0x827FFA
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWAFMN
    "Minimale Motortemperatur für Winkeladaption Nockenwelle"
    VALUE
    0x81A886
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A886  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWUC
    "Motortemperaturschwelle für Erfüllung 'warm up cycle'"
    VALUE
    0x810280
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810280  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMWUCST
    "max. Motortemperatur im Start für Erfüllung 'warm up cycle'"
    VALUE
    0x810281
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810281  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMXMIBG
    "Maximal Motor Temperatur für Moment Begrenzung"
    VALUE
    0x81A343
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A343  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TMZUB2MX
    "Temperaturschwelle für Winkelpriorität während Kaltstart"
    VALUE
    0x81005C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TN2FGRGA
    "Doppelte Nennerzeitkonstante für FGR-Regler"
    CURVE
    0x81EB9C
    KlAUwSstUwWUw
    1310.660
    t20msxs_uw_q0p02
    0.02000000
    1310.680

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EB9C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNALU
    "Testphasenlänge nach erkanntem Aussetzer"
    VALUE
    0x81855A
    KwUb
    126.0
    dez
    1.000
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81855A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNGAT
    "Zeitkonstante Eingriff Momenten begrenzung Abgastemperatur"
    VALUE
    0x81A344
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A344  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLARAMP
    "Minimale SG-Nachlaufzeit für rampenförmige Lüfterabsteuerung"
    VALUE
    0x82BF44
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLATM
    "Minimale SG-Nachlaufzeit für ATM - Abstellzeit"
    VALUE
    0x81E674
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E674  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLATMTM
    "bei tmot > Schwellert  SG-Nachlauf-Anforderung B_nlatm = 1"
    VALUE
    0x8189B9
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189B9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLATMTU
    "bei tumg (tatu -ATM) > Schwellwert SG-Nachlauf-Anforderung"
    VALUE
    0x8189BA
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLEKPVL
    "Schwelle SG-Nachlaufzeit für EKP-Vorlauf"
    VALUE
    0x82BCB6
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLETM
    "Nachlaufzeitverlaengerung fuer E_tm"
    VALUE
    0x827EB0
    KwUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EB0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLKMTRMN
    "Minimal notwendige SG-Nachlaufzeit zur Freigabe der Lüfteransteuerung"
    VALUE
    0x82BF46
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLPHWAIT
    "Zeit für Zahnaufweitung bei B_rphsp"
    VALUE
    0x81E496
    KwUw
    30000.00
    t5usxus_q5
    0.00
    30000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E496  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGM
    "Nachlaufzeit für SG abschalten"
    CURVE
    0x827B76
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B76  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGMN
    "Minimale Zeit für SG-Nachlauf"
    VALUE
    0x829C44
    KwUw
    6553.300
    t100msxs_uw_b6553p6
    0.2000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSGMX
    "Maximale Zeit für SG-Nachlauf"
    VALUE
    0x829C46
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSTMX
    "Max. SG-Laufzeit nach Startende für Reset Lüfternachlauftimer"
    VALUE
    0x82BF48
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSTP
    "Abbruchbedingung Nachlaufzeit für Lüfteransteuerung"
    VALUE
    0x82BF4A
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSYNMN
    "Maximalwert der Phasenperiodendauer für Synchronisationsfreigabe"
    VALUE
    0x81397A
    KwUw
    2615400.
    t40usxus_q40
    6000.000
    2621400.

    FORMAT "%8.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81397A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLSYNMX
    "Minimalwert der Phasenperiodendauer für Synchronisationsfreigabe"
    VALUE
    0x81397C
    KwUw
    400000.0
    t40usxus_q40
    0.00
    400000.0

    FORMAT "%8.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81397C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLZOFF
    "Verzögerungszeit zur Abschaltung der Zündung bei SKA für Überwachung"
    VALUE
    0x810D36
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D36  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNLZWP2
    "Nachlaufzeit-Schwelle für zweite Zusatzwasserpumpe"
    VALUE
    0x82BF4C
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNMXH
    "Maximale Zeitdauer für erhöhte Drehzahlgrenze"
    VALUE
    0x829ADA
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ADA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOMF2
    "zulässige Zeit außerhalb Meßfenster, Phase 2"
    VALUE
    0x8183DF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183DF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOMF3
    "zulässige Zeit außerhalb Meßfenster, Phase 3"
    VALUE
    0x8183E0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNOMF5
    "zulässige Zeit außerhalb Meßfenster, Phase 5"
    VALUE
    0x8183E1
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSAFAN
    "Vezögerungszeit Umschalten Schubaschaltedrehzahl nach Testereingriff"
    VALUE
    0x819D65
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819D65  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSC
    "Nachstartüberwachungszeit"
    VALUE
    0x8162CE
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162CE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSDMRKH
    "Zeit nach Start für Drehmomentenreserve Katheizen"
    VALUE
    0x82819C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82819C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSEUHRCMP
    "Schwelle Abweichung Vergleich Zeit nach Start"
    VALUE
    0x827B8A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B8A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSLBZA
    "Verzögerungszeit nach Anforderung von BEM"
    VALUE
    0x827FDE
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FDE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSLBZAI
    "Steigerung von NSLBZAA"
    VALUE
    0x819EE1
    KwUb
    0.6375
    nmot_q0p0025
    0.00
    0.6375

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSLBZAN
    "Verzögerungszeit zwischen die Schwellen NSLBZAx"
    VALUE
    0x827FE0
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSLFA
    "Filterzeitkonstante für nslfa"
    VALUE
    0x81A10E
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSOF
    "Entprellzeit zur Abschaltung der Nachstartaufweitung"
    VALUE
    0x8114C0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8114C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSRT
    "Max.-Zeit ab Start für Retriggerung Berechnung Motortemperaturmodell"
    VALUE
    0x8197E4
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTAU
    "Sperrzeit Abgasuntersuchung nach Start"
    VALUE
    0x81909E
    KwUb
    127.5
    t500msxs_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81909E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTBKV
    "Zeit nach Startende und nichtfreigabe bis die Pumpe aktiv angesteuert wird"
    VALUE
    0x82BF9A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTDNH
    "Zeit nach Start für Diagnose Adernschluß (Monoflop)"
    VALUE
    0x8102F4
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTDSL
    "Schwelle Zeit nach Start für aktivieren Phase 4"
    VALUE
    0x81B6CC
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6CC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTFON
    "Zeit nach Start Adaptionsstop (Heilung) freigegeben"
    VALUE
    0x81369E
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81369E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSTGES
    "Entprellzeit nach Startende für Getriebeschutz"
    VALUE
    0x81361C
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSURLP
    "Zeit rl-Praediktions-Unterdrueckung im Nachstart"
    VALUE
    0x810ABA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ABA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSUUK
    "Zeit UK-Unterdrückung im Nachstart"
    VALUE
    0x810D6D
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D6D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSUUKA
    "Verbotszeit ÜK-Adaption im Nachstart"
    VALUE
    0x8151C0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8151C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSYWS
    "Entprellzeit für setzen von B_siasgnpl"
    VALUE
    0x8162FA
    KwUw
    32000.00
    t_q20_ms
    0.00
    32000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8162FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSYW_R
    "Entprellzeit für Rücksetzen des Fehlers ASGNPL"
    VALUE
    0x829C38
    KwUw
    32000.00
    t_q20_ms
    0.00
    32000.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNSZWTIP
    "Zeit nach Start bis Freischalten TipIn ZW-Offset"
    VALUE
    0x816EA8
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816EA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWADAMX
    "maximale Zeit für eine Flankenadaption des Nockenwellen Phsensensors"
    VALUE
    0x82AD64
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWADAMXA
    "maximale Zeit für Flankenadaption des Nockenwellen Phsensensors (Feinadaption)"
    VALUE
    0x82AD66
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD66  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWAPTA
    "Zeit Auslassnockenwelle in Aktivposition bei Testereingriff"
    VALUE
    0x81A893
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A893  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWAPTE
    "Zeit Einlassnockenwelle in Aktivposition bei Testereingriff"
    VALUE
    0x81A894
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A894  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWDSTEND
    "Verzögerungszeit nach Startende bis zur Freigabe der Nockenwellendiagnose"
    VALUE
    0x82AD54
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWFARA
    "Zeitkonstante für Sollwinkelaufsteuerung der Auslassnockenwelle durch  Tester"
    VALUE
    0x82ADA6
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWFARE
    "Zeitkonstante für Sollwinkelaufsteuerung der Einlassnockenwelle durch  Tester"
    VALUE
    0x82ADA8
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADA8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLLAMXA
    "Max. Dauer LL-Solldrehzahlanhebung zur Öldruckstabilisierung NW"
    VALUE
    0x816CA0
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLLNA
    "Verzögerungszeit bis LL-Drehzahlanhebung für Nockenwellenreferenzposition aktiv"
    VALUE
    0x811CA7
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLVA
    "Ansteuerzeit bis Verriegelungsposition sicher verlassen ist Auslaßnockenwelle"
    VALUE
    0x811CA8
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLVE
    "Ansteuerzeit bis Verriegelungsposition sicher verlassen ist Einlaßnockenwelle"
    VALUE
    0x811CA9
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLVRPA
    "Ansteuerzeit Richtung Referenzpos. zum lösen der Verriegelung  Auslaßnockenwelle"
    VALUE
    0x811CAA
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWLVRPE
    "Ansteuerzeit Richtung Referenzpos. zum lösen der Verriegelung  Einlaßnockenwelle"
    VALUE
    0x811CAB
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWPPTA
    "Zeit Auslassnockenwelle in Passivposition bei Testereingriff"
    VALUE
    0x81A895
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A895  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWPPTE
    "Zeit Einlassnockenwelle in Passivposition bei Testereingriff"
    VALUE
    0x81A896
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A896  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSBGLA
    "Langsame Zeitkonstante für Sollwertänderungsbegrenzung Auslassnockenwelle"
    VALUE
    0x811D61
    KwUb
    2.45192
    zk10msxs_ub_b2p55
    0.0980769
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSBGLE
    "Langsame Zeitkonstante für Sollwertänderungsbegrenzung Einlassnockenwelle"
    VALUE
    0x811CFA
    KwUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSBGNSTA
    "Zeit Umschaltung Sollwertänderungsbegrenzung  nach Startende Auslassnockenwelle"
    CURVE
    0x82CE0A
    KlAUwSstUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE0A  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSBGNSTE
    "Zeit Umschaltung Sollwertänderungsbegrenzung  nach Startende Einlassnockenwelle"
    CURVE
    0x82B878
    KlAUwSstUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B878  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSHK
    "Zeit für Schütteln Ein- oder Auslaßnockenwelle"
    VALUE
    0x81A88E
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSHKAA
    "Zeit für Positionswechsel beim Schütteln der Auslaßnockenwelle"
    VALUE
    0x811CAC
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSHKAE
    "Zeit für Positionswechsel beim Schütteln der Einlaßnockenwelle"
    VALUE
    0x811CAD
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811CAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSTPA
    "max Zeit  Positionsabweichung Einlaßnockenwelle bis Verstellstop Auslaß aktiv"
    VALUE
    0x81A88F
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A88F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSVA
    "Zeit Motorstillstand bis Ansteuerung (Auslaß)"
    VALUE
    0x81A890
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A890  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWSVE
    "Zeit Motorstillstand bis Ansteuerung (Einlaß)"
    VALUE
    0x81A891
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A891  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWVBGNA
    "Zeit bis Verstellung der Auslassnockenwelle durch Tester beginnt"
    VALUE
    0x81A897
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A897  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWVBGNE
    "Zeit bis Verstellung der Einlassnockenwelle durch Tester beginnt"
    VALUE
    0x81A898
    KwUb
    12.70
    t50msxs_q0p05
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A898  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWWSPA
    "Verweildauer in einer Position bei Sollwinkelsprüngen Auslaßnockenwelle"
    VALUE
    0x81A983
    KwUb
    50.80
    t200msxs_ub_b51
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A983  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TNWWSPE
    "Verweildauer in einer Position bei Sollwinkelsprüngen Einlaßnockenwelle"
    VALUE
    0x81A8DA
    KwUb
    50.80
    t200msxs_ub_b51
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A8DA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELDNWMN
    "Minimale Öltemperatur zur Freigabe der Nockenwellendiagnose"
    VALUE
    0x82AD56
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELDNWMX
    "Maximale Öltemperatur zur Freigabe der Nockenwellendiagnose"
    VALUE
    0x82AD58
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82AD58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELMNTUR
    "min. Öltemperatur für den Turbofaktor"
    VALUE
    0x81849E
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELMNWIV
    "min. Öltemperatur für die Ölfüllstandsberechnung"
    VALUE
    0x81849F
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81849F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELMXWIV
    "max. Öltemperatur für die Ölfüllstandsberechnung"
    VALUE
    0x8184A0
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8184A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELNWEMN
    "Minimal Öltemperaturschwelle zur Freigabe Nockenwellenverstellung (Sensorfehler)"
    VALUE
    0x82A814
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A814  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELNWEMX
    "Maximal Öltemperaturschwelle zur Freigabe Nockenwellenverstellung (Sensorfehler)"
    VALUE
    0x82A816
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A816  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELNWMN
    "Minimal Öltemperaturschwelle zur Freigabe der Nockenwellenverstellung"
    VALUE
    0x82A818
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A818  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELNWMX
    "Maximal Öltemperaturschwelle zur Freigabe der Nockenwellenverstellung"
    VALUE
    0x82A81A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A81A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOELTUR
    "Turbofaktor Öltemperatur für Wartungsintervallverlängerung"
    VALUE
    0x8184A1
    KwUb
    6.313
    fak_ub_b8
    0.00
    6.313

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8184A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOFFDSHAB
    "Ausschaltverzögerung zum Entprellen von Bit B_shab"
    VALUE
    0x81A4E0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4E0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLE
    "Ersatzwert für Öltemperatur"
    VALUE
    0x81A89D
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A89D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLEWKMTR
    "Ersatzwert Öltemperatur in KMTR"
    VALUE
    0x81B1FD
    KwUb
    255.0
    temp_ub_q1_o60
    -60.00
    195.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1FD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLFSTDIS
    "Entprellung für Einschwingzeit des Ölstandssensors"
    VALUE
    0x81C3F2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLFSTMN
    "min. Grenze der plausiblen Ölfüllstandszeit"
    VALUE
    0x81C3F4
    KwUw
    1023.000
    t_q0p5o100ms
    100.0000
    1123.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLFSTMX
    "max. Grenze der plausiblen Ölfüllstandszeit"
    VALUE
    0x81C3F6
    KwUw
    1023.000
    t_q0p5o100ms
    100.0000
    1123.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLFSTNVA
    "Entprellung nach kl15 ein für die Auswertung des Ölfüllstands"
    VALUE
    0x81C3F8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOLLNWMX
    "Öltemperaturschwelle zum Zurücksetzen bei Neustart der N-Anhebung"
    VALUE
    0x827FE2
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTAUS
    "Zeit für Nicht-Betätigung ON/OFF-Taster GRA zur erneuten Freigabe"
    VALUE
    0x818AD2
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTEIN
    "Zeit für Hauptschalter ein bei ON/OFF-Taster GRA"
    VALUE
    0x818AD3
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TOOTULB
    "Zeit für Erkennung unplausibel lange Betätigung ON/OFF-Taster GRA"
    VALUE
    0x81E988
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E988  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPERDTE
    "Zeit für Wiederholung DTEV bei Dauerleerlauf"
    VALUE
    0x81A70B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHERKMN
    "minimale Motortemperatur für Phasensuche"
    VALUE
    0x81029C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHRLSU
    "Periodendauer für die Heizertaktung der LSU"
    VALUE
    0x82A67E
    KwUw
    1.048560
    t100msxs_q16Em6
    0.00
    1.048560

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A67E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHSABSP
    "Sperrzeit für die Phasensuche, wenn der geeignete Betriebsbereich verl. wurde"
    VALUE
    0x81029D
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPHSSP
    "Sperrzeit für Phasensuche nach erfolgloser Suche"
    VALUE
    0x81029E
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPNSE
    "Prüfzeit nach Startende für DVE-Diagnose"
    VALUE
    0x818AFB
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPNSE1
    "Prüfzeit nach Startende für PWG-Diagnose"
    VALUE
    0x818AEC
    KwUb
    12.70
    t50msxs_ub_b12p75
    0.05000
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPREL
    "Zahnentprellzeit in der Initialisierung"
    VALUE
    0x8102A6
    KwUb
    0.1000
    t10msxs_ub_b2p55
    0.00
    0.1000

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPUKOR
    "Filterzeit für PUKORF"
    VALUE
    0x81A715
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A715  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPUKUKA
    "Entprellzeit für Erkennung ÜK-Eingriff (ÜK-Adaption)"
    VALUE
    0x810D87
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPWGDEE
    "Entprellzeit Pedalwertgeber Drifterkennung im Fehlerfall"
    VALUE
    0x818AED
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPWGDEOK
    "Entprellzeit Pedalwertgeber Drifterkennung im gut Fall"
    VALUE
    0x818AEE
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TPWRSV
    "Wartezeit bis DV-E Powersave aktiv wird"
    VALUE
    0x813A98
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TQTEAB
    "Zeit für Absteuerung Spülrate Tankentlüftung"
    VALUE
    0x811C90
    KwUb
    81.28
    t20msxs_ub_q0p32
    0.3200
    81.60

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TQTEDAB
    "Zeit für schnelle Absteuerung Spülrate Tankentlüftung"
    VALUE
    0x811C91
    KwUb
    81.28
    t20msxs_ub_q0p32
    0.3200
    81.60

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRAU
    "Überwachungszeit für untere Lastschwelle der Lambdaregelung"
    VALUE
    0x81A410
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A410  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRD
    "Zahnperiodenzeit für Rückdrehen im Auslauf"
    VALUE
    0x810293
    KwUb
    100.0
    t1msxms_q1
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810293  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRIAKTH
    "Zeitdauer für Ri-Berechnung aktuell hinter KAT"
    VALUE
    0x81E740
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E740  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRIIMPH
    "Zeitdauer für Pumpimpuls für beide Bänke hinter KAT"
    VALUE
    0x81398E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81398E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRINSTART
    "Zeit für kleine Zeitkonstante rinlsu_w"
    VALUE
    0x811C02
    KwUb
    2.550
    t10msxs_uw_b655p35
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C02  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRIPFASH
    "Kurztrip: Mindest Zeitdauer für aktive Lambda Regelung vor Kat"
    VALUE
    0x81E762
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E762  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRIPLSHV
    "Mindest Zeitdauer für aktive Lambda Regelung vor Kat"
    VALUE
    0x81E8D6
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRKA
    "Erkennungszeit für eingeschwungene Grundadaption von rkat bzw. rkaz"
    VALUE
    0x81948C
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRKATZ
    "Aktivierungszeit von rkat bis Setzen Zyklusflag, wenn B_gae = FALSE"
    VALUE
    0x81948D
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRKAZZ
    "Aktivierungszeit von rkaz bis Setzen Zyklusflag, wenn B_gae = FALSE"
    VALUE
    0x81948E
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRSAFA
    "Überwachungszeit Kabelbruch hinter KAT: Funktions Anforderung für Kurz-Trip-Test"
    VALUE
    0x81E72C
    KwUw
    6553.500
    t100msxs_uw_q100
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E72C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRSAH
    "Überwachungszeit für Kabelbruch (Spg. im Band) für Sonde hinter KAT"
    VALUE
    0x81E72E
    KwUw
    6553.500
    t100msxs_uw_q100
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E72E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRSE
    "Verzögerungszeit für Regelung ein"
    VALUE
    0x8189C3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TRSECMX
    "Max. Wert für relativen Sekundenzähler"
    VALUE
    0x81FBC2
    KwUl
    4294967295.00
    t1sxs_uw_q1
    0.00
    4294967295.00

    FORMAT "%13.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBC2  0x4  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSAKAMN
    "Mindestdauer SA für Funktion Katalysator-Ausräumen"
    VALUE
    0x81A4F6
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSAKAMN2
    "Mindestdauer SA für Funktion Katalysator-Ausräumen Bank2"
    VALUE
    0x81A4F7
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSALASH
    "Zeit nach Schub für Überprüfung Sonde hinter KAT"
    VALUE
    0x8189CE
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSBVDSLTMS
    "Verzögerung Messbeginn DSLSLRS nach Sondenbetriebsbereitschaft"
    CURVE
    0x81B6CE
    KlAUbSstUbWUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B6CE  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAAA
    "Dummy: Tabellenanfang"
    VALUE
    0x81CFA2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAATUN
    "Fehlersummenzeit: Tuningschutz"
    VALUE
    0x81CFA3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFAKRE
    "Fehlersummenzeit: Abgasklappe Endstufe"
    VALUE
    0x81CFA4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFANWS
    "Fehlersummenzeit: Nockenwellensteuerung Auslass Nockenwelle"
    VALUE
    0x81CFA5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFANWSE
    "Fehlersummenzeit: Auslaßnockenwelle- Endstufe"
    VALUE
    0x81CFA6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFASGNPL
    ""
    VALUE
    0x81CFA7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBKVP
    ""
    VALUE
    0x81CFA8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBKVPE
    ""
    VALUE
    0x81CFA9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBM
    "Fehlersummenzeit: Bezugsmarkengeber"
    VALUE
    0x81CFAA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBREMS
    "Fehlersummenzeit: BREMS (Bremsschalter)"
    VALUE
    0x81CFAB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFBZNPL
    ""
    VALUE
    0x81CFAC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAIR
    "Fehlersummenzeit: Airbag-Botschaft"
    VALUE
    0x81CFAD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAIRP
    "Fehlersummenzeit: unpl. Airbag-Botschaft"
    VALUE
    0x81CFAE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAS
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout ASC"
    VALUE
    0x81CFAF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCAT
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout ASR"
    VALUE
    0x81CFB0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCBR2
    ""
    VALUE
    0x81CFB1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCBSG
    "Fehlersummenzeit: BSG-Botschaft"
    VALUE
    0x81CFB2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCGAT
    "Fehlersummenzeit: Gateway-Botschaft"
    VALUE
    0x81CFB3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCGE
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout EGS"
    VALUE
    0x81CFB4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCGRA
    "Fehlersummenzeit: GRA-Botschaft (Empfang)"
    VALUE
    0x81CFB5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCIF
    "Fehlersummenzeit: CAN-Schnittstelle, interner Fehler"
    VALUE
    0x81CFB6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCINS
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout Instrument"
    VALUE
    0x81CFB7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCKLA
    ""
    VALUE
    0x81CFB8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCLWS
    "Fehlersummenzeit: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    VALUE
    0x81CFB9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCTOG
    "Fehlersummenzeit: TOG-Botschaft"
    VALUE
    0x81CFBA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFCZAS
    "Fehlersummenzeit: ZAS-Botschaft"
    VALUE
    0x81CFBB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK
    "Fehlersummenzeit: DK - Potentiometer"
    VALUE
    0x81CFBC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK1P
    "Fehlersummenzeit: Drosselklappe 1. Poti"
    VALUE
    0x81CFBD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDK2P
    "Fehlersummenzeit: Drosselklappenpotentiometer 2"
    VALUE
    0x81CFBE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDPL
    "Fehlersummenzeit: Dauerplus"
    VALUE
    0x81CFBF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSBKV
    "Fehlersummenzeit: BKV"
    VALUE
    0x81CFC0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDSU
    "Fehlersummenzeit: Drucksensor Umgebung"
    VALUE
    0x81CFC1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEE
    "Fehlersummenzeit: DV-E Endstufe"
    VALUE
    0x81CFC2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEF
    "Fehlersummenzeit: DV-E Fehler bei Federprüfung"
    VALUE
    0x81CFC3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEFO
    ""
    VALUE
    0x81CFC4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEL
    "Fehlersummenzeit: DV-E Lageabweichung"
    VALUE
    0x81CFC5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEN
    "Fehlersummenzeit: DV-E Fehler bei Prüfung Notluftposition"
    VALUE
    0x81CFC6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVER
    "Fehlersummenzeit: DV-E Regelbereich"
    VALUE
    0x81CFC7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVET
    ""
    VALUE
    0x81CFC8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEU
    "Fehlersummenzeit: DV-E Fehler beim UMA-Lernen"
    VALUE
    0x81CFC9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEUB
    ""
    VALUE
    0x81CFCA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEUW
    ""
    VALUE
    0x81CFCB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDVEV
    "Fehlersummenzeit: DV-E Fehler bei Verstärkerabgleich"
    VALUE
    0x81CFCC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDYLSU
    ""
    VALUE
    0x81CFCD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFDYLSU2
    ""
    VALUE
    0x81CFCE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEGFE
    "Fehlersummenzeit: Eingangsgröße Füllunserfassung"
    VALUE
    0x81CFCF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEGSBGR
    ""
    VALUE
    0x81CFD0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFENWS
    "Fehlersummenzeit: Nockenwellensteuerung Einlass Nockenwelle"
    VALUE
    0x81CFD1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFENWSE
    "Fehlersummenzeit: Einlaßnockenwelle- Endstufe"
    VALUE
    0x81CFD2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEPCLE
    "Fehlersummenzeit: Fahrverhaltens- Fehllampe ( Endstufe )"
    VALUE
    0x81CFD3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV1
    "Fehlersummenzeit: EV von Zyl. 1"
    VALUE
    0x81CFD4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV2
    "Fehlersummenzeit: EV von Zyl. 2"
    VALUE
    0x81CFD5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV3
    "Fehlersummenzeit: EV von Zyl. 3"
    VALUE
    0x81CFD6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV4
    "Fehlersummenzeit: EV von Zyl. 4"
    VALUE
    0x81CFD7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV5
    "Fehlersummenzeit: EV von Zyl. 5"
    VALUE
    0x81CFD8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFEV6
    "Fehlersummenzeit: EV von Zyl. 6"
    VALUE
    0x81CFD9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFD9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFKU
    ""
    VALUE
    0x81CFDA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFLP
    "Fehlersummenzeit: Flash Programmierung"
    VALUE
    0x81CFDB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFP1P
    "Fehlersummenzeit: Poti 1, Fahrpedal"
    VALUE
    0x81CFDC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFP2P
    "Fehlersummenzeit: Poti 2, Fahrpedal"
    VALUE
    0x81CFDD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRAO
    "Fehlersummenzeit: LR-Adaption oberer Bereich"
    VALUE
    0x81CFDE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRAO2
    "Fehlersummenzeit: LR-Adaption oberer Bereich Bank 2"
    VALUE
    0x81CFDF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRAU
    "Fehlersummenzeit: LR-Adaption unterer Bereich"
    VALUE
    0x81CFE0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRAU2
    "Fehlersummenzeit: LR-Adaption unterer Bereich Bank 2"
    VALUE
    0x81CFE1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRST
    "Fehlersummenzeit: LR-Abweichung"
    VALUE
    0x81CFE2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFFRST2
    "Fehlersummenzeit: LR-Abweichung Bank 2"
    VALUE
    0x81CFE3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFGECOD
    "Fehlersummenzeit: Getriebecodierung CAN"
    VALUE
    0x81CFE4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFGRBH
    "Fehlersummenzeit: GRA Bedienhebel"
    VALUE
    0x81CFE5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHELSU
    ""
    VALUE
    0x81CFE6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHELSU2
    ""
    VALUE
    0x81CFE7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHRE
    ""
    VALUE
    0x81CFE8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSH
    "Fehlersummenzeit: Lambdasonden-Heizung hinter Katalysator"
    VALUE
    0x81CFE9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSH2
    "Fehlersummenzeit: Lambdasonden-Heizung hinter Katalysator, Bank 2"
    VALUE
    0x81CFEA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSHE
    "Fehlersummenzeit: Endstufe Heizung Sonde hinter Kat."
    VALUE
    0x81CFEB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSHE2
    "Fehlersummenzeit: Endstufe Heizung Sonde hinter Kat. Bank 2"
    VALUE
    0x81CFEC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSV
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator"
    VALUE
    0x81CFED
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSV2
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator, Bank 2"
    VALUE
    0x81CFEE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSVE
    "Fehlersummenzeit: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    VALUE
    0x81CFEF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFHSVE2
    "Fehlersummenzeit: Endstufe Lambdasonden-Heizung vor Katalysator, Bank 2"
    VALUE
    0x81CFF0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFICLSU
    "Fehlersummenzeit: Auswerte-IC für LSU"
    VALUE
    0x81CFF1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFICLSU2
    "Fehlersummenzeit: Auswerte-IC für LSU, Bank 2"
    VALUE
    0x81CFF2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKAT
    "Fehlersummenzeit: Katalysator-Konvertierung"
    VALUE
    0x81CFF3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKAT2
    "Fehlersummenzeit: Katalysator-Konvertierung (Bank 2)"
    VALUE
    0x81CFF4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKPE
    "Fehlersummenzeit: EKP-Relais Endstufe"
    VALUE
    0x81CFF5
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA01
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 1"
    VALUE
    0x81CFF6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA02
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 2"
    VALUE
    0x81CFF7
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA03
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 3"
    VALUE
    0x81CFF8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA04
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 4"
    VALUE
    0x81CFF9
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA05
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 5"
    VALUE
    0x81CFFA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRA06
    "Fehlersummenzeit: Klopfregelanschlag Zylinder 6"
    VALUE
    0x81CFFB
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRNT
    "Fehlersummenzeit: Klopfregelung Nulltest"
    VALUE
    0x81CFFC
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKROF
    "Fehlersummenzeit: Klopfregelung Offset"
    VALUE
    0x81CFFD
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKRTP
    "Fehlersummenzeit: Klopfregelung Testimpuls"
    VALUE
    0x81CFFE
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKS1
    "Fehlersummenzeit: Klopfsensor 1"
    VALUE
    0x81CFFF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CFFF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKS2
    "Fehlersummenzeit: Klopfsensor 2"
    VALUE
    0x81D000
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D000  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKS3
    "Fehlersummenzeit: Klopfsensor 3"
    VALUE
    0x81D001
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D001  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKS4
    "Fehlersummenzeit: Klopfsensor 4"
    VALUE
    0x81D002
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D002  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFKUPPL
    "Fehlersummenzeit: Pedalwertgeber Kupplung"
    VALUE
    0x81D003
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D003  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLASH
    "Fehlersummenzeit: Lambda-Sondenalterung hinter Kat."
    VALUE
    0x81D004
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D004  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLASH2
    "Fehlersummenzeit: Lambda-Sondenalterung hinter Kat. (Bank 2)"
    VALUE
    0x81D005
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D005  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLAVH
    ""
    VALUE
    0x81D006
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D006  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLAVH2
    ""
    VALUE
    0x81D007
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D007  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLDPE
    "Fehlersummenzeit: Leckdiagnosepumpe Endstufe"
    VALUE
    0x81D008
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D008  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLLR
    "Fehlersummenzeit: Leerlaufregelung"
    VALUE
    0x81D009
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D009  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLM
    "Fehlersummenzeit: LMM/HLM/HFM"
    VALUE
    0x81D00A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSH
    "Fehlersummenzeit: Lambda-Sonde hinter Kat"
    VALUE
    0x81D00B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSH2
    "Fehlersummenzeit: Lambda-Sonde 2 hinter Kat"
    VALUE
    0x81D00C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSHV
    ""
    VALUE
    0x81D00D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIA
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond IA"
    VALUE
    0x81D00E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIA2
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond IA, Bank 2"
    VALUE
    0x81D00F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D00F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIP
    ""
    VALUE
    0x81D010
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D010  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUIP2
    ""
    VALUE
    0x81D011
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D011  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUKS
    ""
    VALUE
    0x81D012
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D012  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUKS2
    ""
    VALUE
    0x81D013
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D013  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUUN
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond UN"
    VALUE
    0x81D014
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D014  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUUN2
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    VALUE
    0x81D015
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D015  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUVM
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond VM"
    VALUE
    0x81D016
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D016  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSUVM2
    "Fehlersummenzeit: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    VALUE
    0x81D017
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D017  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSV
    "Fehlersummenzeit: Lambda-Sonde vor Kat"
    VALUE
    0x81D018
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D018  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSV2
    "Fehlersummenzeit: Lambda-Sonde 2 vor Kat"
    VALUE
    0x81D019
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D019  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLSVV
    "Fehlersummenzeit: Vertauschte Lambda-Sonden vor Kat"
    VALUE
    0x81D01A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLUE1
    ""
    VALUE
    0x81D01B
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFLUES1E
    ""
    VALUE
    0x81D01C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMA
    ""
    VALUE
    0x81D01D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD
    "Fehlersummenzeit: Aussetzer, Summenfehler (multiple)"
    VALUE
    0x81D01E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD00
    "Fehlersummenzeit: Aussetzer Zyl. 0"
    VALUE
    0x81D01F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D01F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD01
    "Fehlersummenzeit: Aussetzer Zyl. 1"
    VALUE
    0x81D020
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D020  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD02
    "Fehlersummenzeit: Aussetzer Zylinder 2"
    VALUE
    0x81D021
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D021  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD03
    "Fehlersummenzeit: Aussetzer Zylinder 3"
    VALUE
    0x81D022
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D022  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD04
    "Fehlersummenzeit: Aussetzer Zylinder 4"
    VALUE
    0x81D023
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D023  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMD05
    "Fehlersummenzeit: Aussetzer Zylinder 5"
    VALUE
    0x81D024
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D024  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMDB
    "Fehlersummenzeit: Momentbegrenzung Sollmoment"
    VALUE
    0x81D025
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D025  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFMFA
    "Fehlersummenzeit: MIL-fremdbestimmt"
    VALUE
    0x81D026
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D026  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFN
    "Fehlersummenzeit: Drehzahlgeber"
    VALUE
    0x81D027
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D027  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNWKW
    "Fehlersummenzeit: Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81D028
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D028  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNWKW2
    "Fehlersummenzeit: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    VALUE
    0x81D029
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D029  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFNX
    "Fehlersummenzeit: NMAX - Überschreitung"
    VALUE
    0x81D02A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPH
    "Fehlersummenzeit: Phasensensor"
    VALUE
    0x81D02B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPH2
    "Fehlersummenzeit: Phasensensor 2"
    VALUE
    0x81D02C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPLLSU
    ""
    VALUE
    0x81D02D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPLLSU2
    ""
    VALUE
    0x81D02E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFPWGDE
    ""
    VALUE
    0x81D02F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D02F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFRKAT
    "Fehlersummenzeit: LR-Adaption additiver Bereich pro Zeit"
    VALUE
    0x81D030
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D030  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFRKAT2
    "Fehlersummenzeit: LR-Adaption additiver Bereich pro Zeit Bank 2"
    VALUE
    0x81D031
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D031  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFRKAZ
    "Fehlersummenzeit: LR-Adaption additiver Bereich pro Zündung"
    VALUE
    0x81D032
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D032  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFRKAZ2
    "Fehlersummenzeit: LR-Adaption additiver Bereich pro Zündung Bank 2"
    VALUE
    0x81D033
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D033  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSCR
    "Fehlersummenzeit: CRAS-Signal"
    VALUE
    0x81D034
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D034  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSGEEP
    "Fehlersummenzeit: Steuergerät defekt (EEPROM)"
    VALUE
    0x81D035
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D035  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSGEEW
    "Fehlersummenzeit: Steuergerät defekt (EEPROM WFS-Bereich)"
    VALUE
    0x81D036
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D036  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLPE
    "Fehlersummenzeit: Sekundärluftpumpe (Endstufe)"
    VALUE
    0x81D037
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D037  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLS
    "Fehlersummenzeit: Sekundärluft-System"
    VALUE
    0x81D038
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D038  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLS2
    "Fehlersummenzeit: Sekundärluft-System Bank 2"
    VALUE
    0x81D039
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D039  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLV
    "Fehlersummenzeit: Sekundärluftventil"
    VALUE
    0x81D03A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLV2
    "Fehlersummenzeit: Sekundärluftventil, Bank 2"
    VALUE
    0x81D03B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSLVE
    "Fehlersummenzeit: Sekundärluftventil (Endstufe)"
    VALUE
    0x81D03C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSUE
    "Fehlersummenzeit: Endstufe Saugrohrumschaltung"
    VALUE
    0x81D03D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFSWE
    "Fehlersummenzeit: Beschleunigungssensor der Schlechtwegeerkennung"
    VALUE
    0x81D03E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTA
    "Fehlersummenzeit: Ansauglufttemperatur TANS"
    VALUE
    0x81D03F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D03F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTANKL
    "Fehlersummenzeit: OBDII Fehler auf Grund eines leeren Tanks"
    VALUE
    0x81D040
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D040  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTES
    "Fehlersummenzeit: Tankentlüftungssystem"
    VALUE
    0x81D041
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D041  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTESF
    "Fehlersummenzeit: Tankentlüftungssystem Feinleck"
    VALUE
    0x81D042
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D042  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTESG
    "Fehlersummenzeit: Tankentlüftungssystem Grobleck"
    VALUE
    0x81D043
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D043  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTEVE
    "Fehlersummenzeit: Tankentlüftungsventil Endstufe"
    VALUE
    0x81D044
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D044  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTEVE2
    "Fehlersummenzeit: Tankentlüftungsventil Endstufe  Bank2"
    VALUE
    0x81D045
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D045  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTKA
    "Fehlersummenzeit: Temperatur Kühlerausgang"
    VALUE
    0x81D046
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D046  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTM
    "Fehlersummenzeit: Motortemperatur TMOT"
    VALUE
    0x81D047
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D047  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTMKI
    "Fehlersummenzeit: Motortemperatur aus Kombiinstrument TMKI"
    VALUE
    0x81D048
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D048  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTOL
    "Fehlersummenzeit: Öltemperatur"
    VALUE
    0x81D049
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D049  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFTUM
    "Fehlersummenzeit: Umgebungstemperatur TUM"
    VALUE
    0x81D04A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUB
    "Fehlersummenzeit: Batteriespannung UB (Bordnetz)"
    VALUE
    0x81D04B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUBR
    "Fehlersummenzeit: Bordnetzspannung über Hauptrelais UBR"
    VALUE
    0x81D04C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFMV
    "Fehlersummenzeit: Funktionsüberwachung: Momentenvergleich"
    VALUE
    0x81D04D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFNC
    "Fehlersummenzeit: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81D04E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFRLIP
    "Fehlersummenzeit: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81D04F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D04F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSGA
    "Fehlersummenzeit: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    VALUE
    0x81D050
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D050  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSGB
    "Fehlersummenzeit: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    VALUE
    0x81D051
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D051  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSKA
    "Fehlersummenzeit: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    VALUE
    0x81D052
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D052  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFUFSPSC
    "Fehlersummenzeit: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    VALUE
    0x81D053
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D053  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFULSU
    ""
    VALUE
    0x81D054
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D054  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFULSU2
    ""
    VALUE
    0x81D055
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D055  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURRAM
    "Fehlersummenzeit: Rechnerüberwachung: RAM"
    VALUE
    0x81D056
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D056  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURROM
    "Fehlersummenzeit: Rechnerüberwachung: ROM"
    VALUE
    0x81D057
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D057  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFURRST
    "Fehlersummenzeit: Rechnerüberwachung: Reset"
    VALUE
    0x81D058
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D058  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFVFZ
    "Fehlersummenzeit: Fahrzeug-Geschwindigkeit"
    VALUE
    0x81D059
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D059  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFWFS
    "Fehlersummenzeit: Wegfahrsperre"
    VALUE
    0x81D05A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFWFSRC
    "Fehlersummenzeit: Wegfahrsperre RC-Glied"
    VALUE
    0x81D05B
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET1
    ""
    VALUE
    0x81D05C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET2
    ""
    VALUE
    0x81D05D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET3
    ""
    VALUE
    0x81D05E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET4
    ""
    VALUE
    0x81D05F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D05F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET5
    ""
    VALUE
    0x81D060
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D060  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZET6
    ""
    VALUE
    0x81D061
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D061  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZWPE
    "Fehlersummenzeit: Zusatzwasserpumpe Endstufe"
    VALUE
    0x81D062
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D062  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSFZZZ
    "Dummy: Tabellenende"
    VALUE
    0x81D063
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81D063  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSGSCNU_UC
    ""
    VALUE
    0x8115A7
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8115A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSGSCNU_UM
    "Entprellzeit zur Berücksichtigung von Rasterversätzen im Botschaftszähler"
    VALUE
    0x814014
    KwUb
    10200.0
    t40ms_ub_b10200
    0.00
    10200.0

    FORMAT "%7.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814014  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSLABB
    "Verweilzeit für Sekundärluft- Abbruchbedingung"
    VALUE
    0x81839E
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSLPMN
    "Mindesteinschaltdauer der Sekundärluftpumpe"
    VALUE
    0x81839F
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81839F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSLUBST
    "Entprellzeit für Sekundärluft ein im Start bei UBSLSTMN"
    VALUE
    0x8183A0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSMNSA
    "Ladezeit bei SA"
    VALUE
    0x81AE7B
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSMX
    "Ladezeitbegrenzung"
    VALUE
    0x81AE7C
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSMXNL
    "Ladezeitbegrenzung im Fehlerfall"
    VALUE
    0x81AE7D
    KwUb
    25.50
    txms_ub_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AE7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSPAK
    "Sperrzeit für Abgasklappenumschaltung"
    VALUE
    0x81B2F3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B2F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSPAKST
    "Sperrzeit im Start für Abgasklappenumschaltung"
    VALUE
    0x81B2F4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B2F4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSPUUKA
    "Sperrzeit fuer Freigabe UK-Adaption"
    VALUE
    0x810D88
    KwUb
    24.50
    t100msxs_ub_b25p5
    1.000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSTAW
    "Zeit nach Kl50 ein für Anlasserfreigabe"
    CURVE
    0x8135A8
    KlAUbSstUbWUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135A8  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSTM
    "Zeit bis B_nmot weitergeleitet wird"
    VALUE
    0x81A70C
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWKNBGA
    "Zeit bis Setzwertkorrektur nach Ende Beschleunigen"
    CURVE
    0x818B30
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B30  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWKNVGA
    "Zeit bis Setzwertkorrektur nach Ende Verzögern"
    CURVE
    0x818B41
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B41  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges
        fak_q0p1
        8
        0.00
        25.50

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWZK
    "Entprellzeit für Erkennung Dauerklopfen wegen Niederoktankraftstoff"
    VALUE
    0x81ACDC
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSWZKR
    "Entprellzeit für Rücksetzen der ZW-Spätverstellung wegen Niederoktankraftstoff"
    VALUE
    0x81ACDD
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81ACDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TSYNMX
    "Maximalzeit für Getriebesynchronisationswunschdrehzahl"
    VALUE
    0x81A352
    KwUb
    5080.
    t_q20_ms
    0.00
    5080.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A352  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTBMH
    "Zeit für theoretische Sondenbetriebsbereitschaft mit Heizung"
    VALUE
    0x81E730
    KwUw
    6553.500
    t100msxs_uw_q100
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E730  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTE
    "Zeit für Tankentlüftungsphase"
    VALUE
    0x81FB8E
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB8E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEAE
    "Zeit für Tankentlüftungsphase bei eingeschwungener Gemischadaption"
    VALUE
    0x81FB90
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB90  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEAUS
    "Zeit nach Start bis TEB aktiv wird"
    VALUE
    0x82A688
    KwUw
    195.0000
    t100msxs_uw_q100
    5.000000
    200.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A688  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEBSTP
    "Maximal Zeit für TE-Stop im Leerlauf bei nicht gesetzten Zyklusflags"
    VALUE
    0x81FB92
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB92  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGA
    "Zeit bei der Tankentlüftung für Grundadaption"
    VALUE
    0x81FB94
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGAI
    "Zeitdauer der ersten  Gemischadaptionsphase"
    VALUE
    0x81FB96
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB96  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGAIH
    "Zeitdauer der ersten  Gemischadaptionsphase bei Heißstart"
    VALUE
    0x81FB98
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB98  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGAZO
    "Zeit für Tankentlüftungsstop wg. Gemischadaption, obere Schwelle"
    VALUE
    0x81FB9A
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEGAZU
    "Zeit für Tankentlüftungsstop wg. Gemischadaption, untere Schwelle"
    VALUE
    0x81FB9C
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEINI
    "Zeit für Tankentlüftung in erster TE-Phase nach Initialisierung (B_ini)"
    VALUE
    0x81FB9E
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FB9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEMN
    "Zeit für Tankentlüftungsphase minimal"
    VALUE
    0x81FBA0
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEPRIO
    "Zeit ab Start für Umschalten auf Dauertankentlüftung"
    VALUE
    0x81FBA2
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEVAZ
    "Verweilzeit für TEV Aufsteuern bei nicht eingeschwungen frm"
    VALUE
    0x81A70D
    KwUb
    10.00
    t100msxs_ub_b25p5
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEZAO
    "Zeit für Tankentlüftung Daueraktivierung, obere Schwelle"
    VALUE
    0x81FBA4
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTEZAU
    "Zeit für Tankentlüftung Daueraktivierung, untere Schwelle"
    VALUE
    0x81FBA6
    KwUw
    6553.500
    t100msxs_uw_b6553p6
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTIPINEN
    "Zeit bis zur Abfrage auf Kraftschluß bei Drehzahldynamik"
    VALUE
    0x811F0E
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F0E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTIPINON
    "Einschaltzeit Tip-In Offset auf spätesten Zündwinkel"
    VALUE
    0x811F0F
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTLASH
    "Zeit für Verweildauer der Sonde hinter KAT unter/oberhalb des Sollwertes"
    VALUE
    0x81E764
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E764  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTMUMASTA
    "Zeitdauer für Stationärzustand bei temp. UMA-Adaption"
    VALUE
    0x813A14
    KwUw
    3276.750
    t50msxs_q0p05
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A14  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTVLU1MX
    "Haltezeit für maximales Tastverhältnis Lüfter1"
    VALUE
    0x810DD3
    KwUb
    25.50
    t10msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TTVLU2MX
    "Haltezeit für maximales Tastverhältnis Lüfter2"
    VALUE
    0x810DD4
    KwUb
    25.50
    t10msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUBKL15
    "Filterzeit für redundante KL15-Erfassung"
    VALUE
    0x81A35A
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A35A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUHEMN
    "Minimale Solltemperatur abhängig vom Heizungspoti"
    CURVE
    0x81B1FE
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B1FE  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uhepoti
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUHEMX
    "Maximale Solltemperatur abhängig vom Heizungspoti"
    CURVE
    0x81B209
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B209  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uhepoti
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMDETM
    "Umgebungslufttemperatur-Ersatzwert für Motortemperatur-Modell"
    VALUE
    0x8197E5
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMEWKMTR
    "Ersatzwert Umgebungstemperatur in KMTR"
    VALUE
    0x81B214
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B214  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMGZWP
    "Umgebungstemp.-Schwelle für Ansteuerung Zusatzwasserpumpe"
    VALUE
    0x81B215
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B215  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMKLIHDV
    "Umgebgungstemperatur-Schwelle für Lüfter schnell-Hochlauf"
    VALUE
    0x81B216
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B216  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMST1
    "Umstellzeit von altem zu neuem Lüftertastverhältnis im Nachlauf"
    VALUE
    0x81B217
    KwUb
    50.00
    t200msxs_ub_b51
    1.000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B217  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMST2
    "Umstellzeit von altem zu neuem Lüftertastverhältnis im Nachlauf"
    VALUE
    0x81B218
    KwUb
    50.80
    t200msxs_ub_b51
    0.2000
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B218  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTAI
    "Initialisierungswert Umgebungstemperatur"
    VALUE
    0x81946F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTAIT
    "Initialisierungswert Umgebungstemperatur aus TANS"
    VALUE
    0x8189BB
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTO
    "Totzeit für Umschaltung CJ120"
    VALUE
    0x8165E6
    KwUw
    655.2500
    t10msxs_uw_b655p35
    0.1000000
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUMTOE
    "Totzeit für Umschaltung CJ120/CJ125 für elektrischen Abgleich"
    VALUE
    0x8165A8
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165A8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPOTMN
    "Minimale Solltemperatur abhängig von Climatronic"
    CURVE
    0x81B219
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B219  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        upotpwm
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPOTMX
    "Maximale Solltemperatur abhängig von Climatronic"
    CURVE
    0x81B224
    KlAUbSstUbWUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B224  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        upotpwm
        dez
        5
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG12
    "Fehlerzeit bei Vergleich von PWG-Poti 1 und 2"
    VALUE
    0x810314
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810314  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG1O
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 1 nach oben"
    VALUE
    0x810315
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810315  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG1U
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 1 nach unten"
    VALUE
    0x810316
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810316  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG2O
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 2 nach oben"
    VALUE
    0x810317
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810317  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUPWG2U
    "Fehlerzeit bei Bereichsverletzung von PWG-Poti 2 nach unten"
    VALUE
    0x810318
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810318  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSBELH
    "Zeit für Festhaltung der Sondenspannung nach Impulsbelastung  hinter KAT"
    VALUE
    0x8102F8
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSCHUB
    "Verzögerungszeit für Störspitzen bei Schubprüfung der Sonde hinter KAT"
    VALUE
    0x8189CF
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSEHKH
    "Verzögerungszeit nach Taupunktende für Enable Messung HZ-Kopplung  hinter KAT"
    VALUE
    0x81E732
    KwUw
    6553.500
    t100msxs_uw_q100
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E732  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSENLASH
    "Zeitdauer bis Sonden Mager/Fett Erkennung erlaubt hinter Kat"
    VALUE
    0x81E766
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E766  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHKRFM
    "Zeitdauer bis zur Freig. Wiederholungsmess. Schwingungspr. (Reset F/M-Flip-Flop)"
    VALUE
    0x81E768
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E768  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHKVL
    "Verzögerungszeit für Störspitzen bei Vollastprüfung der Sonde hinter KAT"
    VALUE
    0x8189D0
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHSMIN
    "Mindestdauer für Steigungsmessung für enable Filter hinter Kat"
    VALUE
    0x8189D1
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSHZFH
    "Zeitfenster für Messung Heizertakt-Einkopplung  auf Sondensignal hinter  KAT"
    VALUE
    0x8102F5
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSKS
    "Entstörzeit für Abschalten einzelner Funktionen Sonde hinter KAT"
    VALUE
    0x8102F6
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSLASH
    "Testzeit füt Dauer Anfettung/Abmagerung hinter KAT"
    VALUE
    0x81E76A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E76A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSLSHV
    "Testzeit füt Dauer Anfettung Bank1 für Vertauschung Sonde hinter KAT"
    VALUE
    0x81E8D8
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSMAX
    "Überwachungszeit für Usmax"
    VALUE
    0x8189C4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSMSVL
    "Zeit nach Vollast für Überprüfung Sonde hinter KAT"
    VALUE
    0x8189D2
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSRIBERH
    "Zeitverzög. der Ri-Messung nach Verlassen des Kabelbruchbandes hinter KAT"
    VALUE
    0x813990
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813990  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSSA
    "Verzögerungszeit nach Über/Unterschreiten der Regelschwelle hinter KAT"
    VALUE
    0x8189D3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSTAL
    "Verzög.zeit für Erkennung Adernschluß nach ""Tank leer"" fahren für Sonde h. KAT"
    VALUE
    0x81E734
    KwUw
    6553.500
    t100msxs_uw_q100
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E734  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TUSTALLASH
    "Verzög.zeit für Erkennung B_maxlash nach ""Tank leer"" fahren für Sonde h. KAT"
    VALUE
    0x81E76C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E76C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVABGL
    "Verzögerungszeit für LSU-Abgleich"
    VALUE
    0x8165AA
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165AA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVABST
    "Verzugszeit Funktionsabschaltung nach Startende"
    VALUE
    0x819467
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819467  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAG
    "Zeit für Gewichtungsfaktor VA aktiv"
    VALUE
    0x81944A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAGRFTE
    "Verzögerungszeit für Freigabe der AGR nach einer Sperrung"
    VALUE
    0x81A62D
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A62D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARS
    "Verzoegerungszeit fuer AR wieder inaktiv"
    VALUE
    0x8110CD
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARSA
    "Zeit für Aktivierung dynamischer Antiruckel-Eingriff nach Schubabschalten"
    VALUE
    0x8110CE
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVARSS
    "Verzögerungszeit für AR wieder inaktiv im Stationärfall"
    VALUE
    0x8110CF
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110CF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAUAK
    "Verzögerungszeit für Rücknahme Bedingung Abgasuntersuchung aktiv"
    VALUE
    0x81F99E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F99E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAUF
    "Zeit-Lambdasollvorgabe bei Abgasuntersuchung II fett"
    VALUE
    0x81F9A0
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9A0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVAUM
    "Zeit-Lambdasollvorgabe bei Abgasuntersuchung II mager"
    VALUE
    0x81F9A2
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVBRMX
    "Verzögerungszeit für Aktivierung der Brettfunktion"
    VALUE
    0x81A345
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A345  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVCAMSR
    "Entprellzeit nach Start Startende bei ASR/MSR-Timeoutfehler"
    VALUE
    0x8135C2
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDESHLSU
    "Verz.-Zeit nach  Ablauf der Startrampe bis zum Aktivieren d. Diag. an VM/UN"
    VALUE
    0x818A84
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDFRZAIP
    "Einschwingzeit während der dfrza > DFRZASNAMN gilt"
    VALUE
    0x818A85
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDK
    "Verzögerungszeit nach Schließen der Drosselklappe"
    VALUE
    0x810E8F
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDOCVM
    "Verzögerungszeit zum Aktivieren der Diagnose Leitungsunterbrechung an VM"
    VALUE
    0x81E804
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E804  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDRL
    "Verzögerungszeit für Dynamikmessung LSU"
    VALUE
    0x818A9F
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDSLVON
    "Zeitverzögerung Öffnen Sekundärluftventil bei Diagnsoe"
    VALUE
    0x8183A1
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEABG
    "Verzögerungszeit zwischen Motor und Lambdasonde"
    VALUE
    0x81A70E
    KwUb
    2.000
    t100msxs_ub_b25p5
    0.00
    2.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEB
    "Verzögerungszeit ab TEV offen für Aussage TEV i.O./defekt in Diagnose DTEV"
    VALUE
    0x81A70F
    KwUb
    10.00
    t100msxs_ub_b25p5
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A70F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEE
    "Zeitdauer ab TEV offen für Prüfung DTEV"
    VALUE
    0x81A710
    KwUb
    12.00
    t100msxs_ub_b25p5
    3.000
    15.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A710  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTELLA
    "Mindestzzeit für Aktivierungsbedingungen für Aufsteuerprüfung DTEV erfüllt"
    VALUE
    0x81A711
    KwUb
    9.500
    t100msxs_ub_b25p5
    0.5000
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A711  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEVP
    "Entprellung für Setzen Flip-Flop Passiv-Prüfung DTEV i.O."
    VALUE
    0x81A712
    KwUb
    19.00
    t100msxs_ub_b25p5
    1.000
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A712  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEVPM
    "Entprellung für Setzen Flip-Flop ""Diagnose passiv möglich"""
    VALUE
    0x81A713
    KwUb
    19.00
    t100msxs_ub_b25p5
    1.000
    20.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A713  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVDTEVZ
    "Verzögerungszeit für Schließen TEV für Aufsteuerprüfung DTEV"
    VALUE
    0x81A714
    KwUb
    10.00
    t100msxs_ub_b25p5
    0.00
    10.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A714  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVENMX
    "Verzögerung der Diagnose ""mx. Tastverhältnis"" nach Heizung ein"" bzw. B_SA"
    VALUE
    0x81E792
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E792  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVERBR
    "Verzögerungszeit für Bremsschalter-Plausibilitätsprüfung"
    VALUE
    0x818AF9
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETREW
    "Ersatzwert Tastverhältnis Thermostat"
    VALUE
    0x81B22F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B22F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETRMN
    "Minimales Tastverhältnis Thermostat"
    VALUE
    0x81B230
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B230  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETRMX
    "Maximales Tastverhältnis Thermostat"
    VALUE
    0x81B231
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B231  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVETROFF
    "Tastverhältnis Thermostat wenn Zündung aus und kein Lüfter-Nachlauf"
    VALUE
    0x81B232
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B232  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFAHRLSU
    "Verzögerungszeit betr. Funktionsanforderung"
    VALUE
    0x8189DB
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFKMSDK
    "Zeitverzögerung bis min. oder max. fkmsdk-Anschlag weitergegeben werden"
    VALUE
    0x810970
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810970  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFRG
    "Verzögerundszeit nach Satrtende bis zur Freigabe des Füllungsreglers"
    VALUE
    0x810971
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810971  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSAM
    "Temperaturabhängige Verzögerungszeit für Fahrstufe AUS"
    CURVE
    0x819F3D
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F3D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSAWE
    "Verzögerungszeit für Rücksetzen von B_fil"
    VALUE
    0x81612C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81612C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSEM
    "Temperaturabhängige Verzögerungszeit für Fahrstufe EIN"
    CURVE
    0x819F45
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F45  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSRAM
    "motortemperaturabhängige Verzögerungszeit für Fahrstufe aus (R)"
    CURVE
    0x819F4D
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F4D  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFSREM
    "motortemperaturabhängige Verzögerungszeit für Fahrstufe ein (R)"
    CURVE
    0x819F55
    GklWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F55  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        twnd
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STW08MDUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFUE
    "Verzögerungszeit für den Aufbau der Füllung"
    VALUE
    0x810FF0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVFZSU
    "Vezögerungszeit für Aktivierung der CIFI-Faktoren nach Saugrohr-Umschaltung"
    VALUE
    0x810A91
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVGAIN
    "Verzögerungszeit für die Verstärkungsumschaltung von 8 nach 17"
    VALUE
    0x81665C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81665C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVGAT
    "Verzögerung Momenten begrenzung Abgastemperatur"
    VALUE
    0x81A346
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A346  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVGSCH
    "Verzögerungszeit für die Bedingung Getriebeschaltung aktiv"
    VALUE
    0x81A228
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A228  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHELSUF
    "Überbrückungszeit bei kurzfristige Wegfall B_lrhkp"
    VALUE
    0x818A96
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHSH
    "Einschaltverzögerung der Sondenheizung hinter Kat"
    VALUE
    0x818AA8
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHSHEE
    "Entprellzeit für Heizerendstufdiagnose hinter Kat"
    VALUE
    0x81864D
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHSHRI
    "Verzögerungszeit für Ri-Fehler hinter Kat"
    VALUE
    0x81864E
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHSHRIHEL
    "Verzögerungszeit für Heilung Ri-Fehler hinter Kat, wenn B_npfhsh =1"
    VALUE
    0x81864F
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81864F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVHSHRIZ
    "Verzögerungszeit für Heilung Ri-Fehler hinter Kat"
    VALUE
    0x818650
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818650  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVINWSA
    "Erweiterung für Haltetastverhältnisbegrenzung Nockenwellenlageregler Auslass"
    VALUE
    0x811D76
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D76  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVINWSE
    "Erweiterung für Haltetastverhältnisbegrenzung Nockenwellenlageregler Einlass"
    VALUE
    0x811D0F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D0F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKLIHDV1
    "Tastverhältnis für Lüfter schnell-Hochlauf"
    VALUE
    0x81B233
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B233  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKLIHDV2
    "Tastverhältnis für Lüfter schnell-Hochlauf"
    VALUE
    0x81B234
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B234  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMTRMN
    "minimales Tastverhältnis Thermostat"
    VALUE
    0x81B235
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B235  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKMTRMX
    "maximales Tastverhältnis Thermostat"
    VALUE
    0x81B236
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B236  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOEOF
    "Verzögerungszeit für B_koe AUS"
    VALUE
    0x81AEAB
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOGANDEL
    "Verzögerungszeit für Kompressor EIN ( zur Momentreserve)"
    VALUE
    0x81AEAC
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOSSIM
    "Verzögerungszeit für Simulation einer eingeschalteten Klimaanlage im Start"
    VALUE
    0x81AEAD
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKOULEV
    "Zeitverzögerung für tmst-Fenster zur Aktivierung der KOS nach Motorstart"
    VALUE
    0x81AEAE
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKRSTAT
    "Verzögerungszeit KR stationär Betrieb"
    VALUE
    0x810DBA
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPAR
    "Verzögerungszeit Kupplung für Antiruckelfunktion"
    VALUE
    0x8110D0
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110D0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPGW
    "Verzögerungszeit vor Rücksetzen von B_kupgw nach Einkuppeln"
    VALUE
    0x8110D1
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPHS
    "Verzögerungszeit Kupplungsschalter beim Hochschalten"
    CURVE
    0x8110D2
    FklWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110D2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPPL
    "Verzögerungszeit für die Information des Kupplungsschalter"
    VALUE
    0x810E90
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPRS
    "Verzögerungszeit Kupplungsschalter beim Runterschalten"
    CURVE
    0x8110DA
    FklWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110DA  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVKUPV
    "Verzögerungszeit für Rücksetzen von B_kupplv"
    VALUE
    0x813B4A
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLADV
    "Zeitkonstante für Integrator bei vlast-Berechnung"
    CURVE
    0x81EBBE
    KlAUwSstSwWUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EBBE  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dvzvi_w
        vfzg_sw_q0p00781
        8
        -256.0000
        255.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLBTS
    "Verzögerungszeit Lambdasoll Bauteileschutz"
    VALUE
    0x8196F2
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8196F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLISTU
    "Verbotszeit für negativen Integratoranteil nach Start"
    VALUE
    0x810F96
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLNWDIF
    "Zeitverzögerung bei NW-Differenzerkennung"
    VALUE
    0x819EE2
    KwUb
    5.100
    t_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLNWR
    "Verzögerungzeit für die Rückwärtsadaption (LL-Drehzahlanhebung mit NW)"
    VALUE
    0x827FE4
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLR
    "Einschaltverzögerung: B_llri bei Überdrehzahl"
    VALUE
    0x810E91
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRI
    "Verzögerungszeit für Freigabe I-Anteil nach Start"
    CURVE
    0x810E92
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E92  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRPD
    "Maximale Verzögerungszeit für Freigabe PD-Anteil nach Start"
    CURVE
    0x810E9F
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E9F  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRPST
    "Zeitverzögerung nach Start zum Deaktivieren der P-Verstärkung im Start"
    VALUE
    0x810F97
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLLRSTE
    "Zwangsbedingung Leerlaufregelung nach B_stend"
    VALUE
    0x810EAC
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLRA
    "Verzögerungszeit für Aktivierung Gemischadaption nach Lambdaregelung aktiv"
    VALUE
    0x81928D
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81928D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUBB
    "maximal zul. Verzögerungszeit nach dem Start für Betriebsbereitschaft der LSU"
    VALUE
    0x81E794
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E794  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUDIP
    "Verzögerungszeit zum Setzen der Bedingung ""Sondenspannung nahe 1,5V (B_lsudip)"
    VALUE
    0x818A86
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A86  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUEK
    "Verzögerungszeit für Fehlerkorrektur stetige Lambdasonde LSU"
    VALUE
    0x81E848
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E848  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUEK2
    "Verzögerungszeit für Fehlerkorrektur stetige Lambdasonde LSU (Bank2)"
    VALUE
    0x81E84A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E84A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSULUFT
    "Verzögerungszeit für Fehler LSU in Luft"
    VALUE
    0x818A93
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUOF
    "Verzögerungszeit für Fehler stetige Lambdasonde LSU ""Offset"""
    VALUE
    0x81E84C
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E84C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUOF2
    "Verzögerungszeit für Fehler stetige Lambdasonde LSU ""Offset"" (Bank2)"
    VALUE
    0x81E84E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E84E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUPER
    "Verzögerungszeit für B_lsuftb und B_lsumrb"
    VALUE
    0x818A97
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUPER2
    "Verzögerungszeit für B_lsuftb und B_lsumrb (Bank2)"
    VALUE
    0x818A98
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRIM
    "Verzögerungszeit für Fehler LSU Abgleichleitung unterbrochen"
    VALUE
    0x818A87
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A87  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRIMF
    "Verzögerungszeit für Fehler LSU Abgleichleitung unterbrochen, bei FA"
    VALUE
    0x818A88
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A88  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRIMZ
    "Verzögerungszeit für Heilung / Z-Flag LSU Abgleichleitung"
    VALUE
    0x818A89
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A89  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUTRZF
    "Verzögerungszeit für Heilung / Z-Flag LSU Abgleichleitung bei Fkt.-Anforderung"
    VALUE
    0x818A8A
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLSUUMN
    "Verzögerungszeit Erkennung Fehler, Spannung im Schub zu klein"
    VALUE
    0x818A8B
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLU1MN
    "Festwert minimales Tastverhältnis Lüfter 1"
    VALUE
    0x81B237
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B237  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLU1MX
    "Festwert Maximales Tastverhältnis Lüfter 1"
    VALUE
    0x81B238
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B238  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLU2MN
    "Festwert minimales Tastverhältnis Lüfter 2"
    VALUE
    0x81B239
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B239  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLU2MX
    "Festwert Maximales Tastverhältnis Lüfter 2"
    VALUE
    0x81B23A
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUES1MN
    "Min. Tastverhältnis Lüfter 1"
    VALUE
    0x818B1E
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B1E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUES1MX
    "Max. Tastverhältnis Lüfter 1"
    VALUE
    0x818B1F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B1F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESETR
    "Tastverhältnis Ansteuerung elektr. Thermostatventil bei Lüfterausfall"
    VALUE
    0x81B23B
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESICEW
    "Ersatzwert Istzustand Lüfteransteuerung bei Endstufenfehler"
    VALUE
    0x81B23C
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESSEW_0_A
    "Ersatzwert Lüfteransteuerung bei schaltbaren Lüftern"
    VALUE
    0x82BF4E
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF4E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUESSEW_1_A
    "Ersatzwert Lüfteransteuerung bei schaltbaren Lüftern"
    VALUE
    0x82BF4F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF4F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA107
    "Lüftertastverhältnis bei Kurztripanforderung 107"
    VALUE
    0x819B91
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA108
    "Lüftertastverhältnis bei Kurztripanforderung 108"
    VALUE
    0x819B92
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA109
    "Lüftertastverhältnis bei Kurztripanforderung 109"
    VALUE
    0x819B93
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA130
    "Lüftertastverhältnis bei Kurztripanforderung 130"
    VALUE
    0x819B94
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B94  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA140
    "Lüftertastverhältnis bei Kurztripanforderung 140"
    VALUE
    0x819B95
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B95  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA145
    "Lüftertastverhältnis bei Kurztripanforderung 145"
    VALUE
    0x819B96
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B96  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA146
    "Lüftertastverhältnis bei Kurztripanforderung 146"
    VALUE
    0x819B97
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B97  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA147
    "Lüftertastverhältnis bei Kurztripanforderung 147"
    VALUE
    0x819B98
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA148
    "Lüftertastverhältnis bei Kurztripanforderung 148"
    VALUE
    0x819B99
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA149
    "Lüftertastverhältnis bei Kurztripanforderung 149"
    VALUE
    0x819B9A
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA152
    "Lüftertastverhältnis bei Kurztripanforderung 152"
    VALUE
    0x819B9B
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA162
    "Lüftertastverhältnis bei Kurztripanforderung 162"
    VALUE
    0x819B9C
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA163
    "Lüftertastverhältnis bei Kurztripanforderung 163"
    VALUE
    0x819B9D
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA166
    "Lüftertastverhältnis bei Kurztripanforderung 166"
    VALUE
    0x819B9E
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA167
    "Lüftertastverhältnis bei Kurztripanforderung 167"
    VALUE
    0x819B9F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819B9F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA168
    "Lüftertastverhältnis bei Kurztripanforderung 168"
    VALUE
    0x819BA0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA187
    "Lüftertastverhältnis bei Kurztripanforderung 187"
    VALUE
    0x819BA1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA188
    "Lüftertastverhältnis bei Kurztripanforderung 188"
    VALUE
    0x819BA2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA189
    "Lüftertastverhältnis bei Kurztripanforderung 189"
    VALUE
    0x819BA3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA190
    "Lüftertastverhältnis bei Kurztripanforderung 190"
    VALUE
    0x819BA4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA191
    "Lüftertastverhältnis bei Kurztripanforderung 191"
    VALUE
    0x819BA5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA192
    "Lüftertastverhältnis bei Kurztripanforderung 192"
    VALUE
    0x819BA6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA193
    "Lüftertastverhältnis bei Kurztripanforderung 193"
    VALUE
    0x819BA7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA194
    "Lüftertastverhältnis bei Kurztripanforderung 194"
    VALUE
    0x819BA8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA195
    "Lüftertastverhältnis bei Kurztripanforderung 195"
    VALUE
    0x819BA9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA196
    "Lüftertastverhältnis bei Kurztripanforderung 196"
    VALUE
    0x819BAA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA197
    "Lüftertastverhältnis bei Kurztripanforderung 197"
    VALUE
    0x819BAB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA198
    "Lüftertastverhältnis bei Kurztripanforderung 198"
    VALUE
    0x819BAC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA199
    "Lüftertastverhältnis bei Kurztripanforderung 199"
    VALUE
    0x819BAD
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA201
    "Lüftertastverhältnis bei Kurztripanforderung 201"
    VALUE
    0x819BAE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA202
    "Lüftertastverhältnis bei Kurztripanforderung 202"
    VALUE
    0x819BAF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA203
    "Lüftertastverhältnis bei Kurztripanforderung 203"
    VALUE
    0x819BB0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA204
    "Lüftertastverhältnis bei Kurztripanforderung 204"
    VALUE
    0x819BB1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA205
    "Lüftertastverhältnis bei Kurztripanforderung 205"
    VALUE
    0x819BB2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA206
    "Lüftertastverhältnis bei Kurztripanforderung 206"
    VALUE
    0x819BB3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA207
    "Lüftertastverhältnis bei Kurztripanforderung 207"
    VALUE
    0x819BB4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA208
    "Lüftertastverhältnis bei Kurztripanforderung 208"
    VALUE
    0x819BB5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA209
    "Lüftertastverhältnis bei Kurztripanforderung 209"
    VALUE
    0x819BB6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA210
    "Lüftertastverhältnis bei Kurztripanforderung 210"
    VALUE
    0x819BB7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA211
    "Lüftertastverhältnis bei Kurztripanforderung 211"
    VALUE
    0x819BB8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA212
    "Lüftertastverhältnis bei Kurztripanforderung 212"
    VALUE
    0x819BB9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA213
    "Lüftertastverhältnis bei Kurztripanforderung 213"
    VALUE
    0x819BBA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA214
    "Lüftertastverhältnis bei Kurztripanforderung 214"
    VALUE
    0x819BBB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA215
    "Lüftertastverhältnis bei Kurztripanforderung 215"
    VALUE
    0x819BBC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA216
    "Lüftertastverhältnis bei Kurztripanforderung 216"
    VALUE
    0x819BBD
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA217
    "Lüftertastverhältnis bei Kurztripanforderung 217"
    VALUE
    0x819BBE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA218
    "Lüftertastverhältnis bei Kurztripanforderung 218"
    VALUE
    0x819BBF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BBF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA219
    "Lüftertastverhältnis bei Kurztripanforderung 219"
    VALUE
    0x819BC0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA220
    "Lüftertastverhältnis bei Kurztripanforderung 220"
    VALUE
    0x819BC1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA221
    "Lüftertastverhältnis bei Kurztripanforderung 221"
    VALUE
    0x819BC2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA222
    "Lüftertastverhältnis bei Kurztripanforderung 222"
    VALUE
    0x819BC3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA223
    "Lüftertastverhältnis bei Kurztripanforderung 223"
    VALUE
    0x819BC4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA224
    "Lüftertastverhältnis bei Kurztripanforderung 224"
    VALUE
    0x819BC5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA225
    "Lüftertastverhältnis bei Kurztripanforderung 225"
    VALUE
    0x819BC6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA226
    "Lüftertastverhältnis bei Kurztripanforderung 226"
    VALUE
    0x819BC7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA227
    "Lüftertastverhältnis bei Kurztripanforderung 227"
    VALUE
    0x819BC8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA228
    "Lüftertastverhältnis bei Kurztripanforderung 228"
    VALUE
    0x819BC9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BC9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA229
    "Lüftertastverhältnis bei Kurztripanforderung 229"
    VALUE
    0x819BCA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA230
    "Lüftertastverhältnis bei Kurztripanforderung 230"
    VALUE
    0x819BCB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA231
    "Lüftertastverhältnis bei Kurztripanforderung 231"
    VALUE
    0x819BCC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA232
    "Lüftertastverhältnis bei Kurztripanforderung 232"
    VALUE
    0x819BCD
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA233
    "Lüftertastverhältnis bei Kurztripanforderung 233"
    VALUE
    0x819BCE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA234
    "Lüftertastverhältnis bei Kurztripanforderung 234"
    VALUE
    0x819BCF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BCF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA235
    "Lüftertastverhältnis bei Kurztripanforderung 235"
    VALUE
    0x819BD0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA236
    "Lüftertastverhältnis bei Kurztripanforderung 236"
    VALUE
    0x819BD1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA237
    "Lüftertastverhältnis bei Kurztripanforderung 237"
    VALUE
    0x819BD2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA238
    "Lüftertastverhältnis bei Kurztripanforderung 238"
    VALUE
    0x819BD3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA239
    "Lüftertastverhältnis bei Kurztripanforderung 239"
    VALUE
    0x819BD4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA240
    "Lüftertastverhältnis bei Kurztripanforderung 240"
    VALUE
    0x819BD5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA241
    "Lüftertastverhältnis bei Kurztripanforderung 241"
    VALUE
    0x819BD6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA242
    "Lüftertastverhältnis bei Kurztripanforderung 242"
    VALUE
    0x819BD7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA243
    "Lüftertastverhältnis bei Kurztripanforderung 243"
    VALUE
    0x819BD8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA244
    "Lüftertastverhältnis bei Kurztripanforderung 244"
    VALUE
    0x819BD9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BD9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA245
    "Lüftertastverhältnis bei Kurztripanforderung 245"
    VALUE
    0x819BDA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA246
    "Lüftertastverhältnis bei Kurztripanforderung 246"
    VALUE
    0x819BDB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA247
    "Lüftertastverhältnis bei Kurztripanforderung 247"
    VALUE
    0x819BDC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA248
    "Lüftertastverhältnis bei Kurztripanforderung 248"
    VALUE
    0x819BDD
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA249
    "Lüftertastverhältnis bei Kurztripanforderung 249"
    VALUE
    0x819BDE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA250
    "Lüftertastverhältnis bei Kurztripanforderung 250"
    VALUE
    0x819BDF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA251
    "Lüftertastverhältnis bei Kurztripanforderung 251"
    VALUE
    0x819BE0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA252
    "Lüftertastverhältnis bei Kurztripanforderung 252"
    VALUE
    0x819BE1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA253
    "Lüftertastverhältnis bei Kurztripanforderung 253"
    VALUE
    0x819BE2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA254
    "Lüftertastverhältnis bei Kurztripanforderung 254"
    VALUE
    0x819BE3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA255
    "Lüftertastverhältnis bei Kurztripanforderung 255"
    VALUE
    0x819BE4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA28
    "Lüftertastverhältnis bei Kurztripanforderung 28"
    VALUE
    0x819BE5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA34
    "Lüftertastverhältnis bei Kurztripanforderung 34"
    VALUE
    0x819BE6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA35
    "Lüftertastverhältnis bei Kurztripanforderung 35"
    VALUE
    0x819BE7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA36
    "Lüftertastverhältnis bei Kurztripanforderung 36"
    VALUE
    0x819BE8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA37
    "Lüftertastverhältnis bei Kurztripanforderung 37"
    VALUE
    0x819BE9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BE9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA38
    "Lüftertastverhältnis bei Kurztripanforderung 38"
    VALUE
    0x819BEA
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BEA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA39
    "Lüftertastverhältnis bei Kurztripanforderung 39"
    VALUE
    0x819BEB
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BEB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA43
    "Lüftertastverhältnis bei Kurztripanforderung 43"
    VALUE
    0x819BEC
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BEC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA44
    "Lüftertastverhältnis bei Kurztripanforderung 44"
    VALUE
    0x819BED
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA46
    "Lüftertastverhältnis bei Kurztripanforderung 46"
    VALUE
    0x819BEE
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BEE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA47
    "Lüftertastverhältnis bei Kurztripanforderung 47"
    VALUE
    0x819BEF
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA48
    "Lüftertastverhältnis bei Kurztripanforderung 48"
    VALUE
    0x819BF0
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA49
    "Lüftertastverhältnis bei Kurztripanforderung 49"
    VALUE
    0x819BF1
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA70
    "Lüftertastverhältnis bei Kurztripanforderung 70"
    VALUE
    0x819BF2
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA71
    "Lüftertastverhältnis bei Kurztripanforderung 71"
    VALUE
    0x819BF3
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA72
    "Lüftertastverhältnis bei Kurztripanforderung 72"
    VALUE
    0x819BF4
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA75
    "Lüftertastverhältnis bei Kurztripanforderung 75"
    VALUE
    0x819BF5
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA77
    "Lüftertastverhältnis bei Kurztripanforderung 77"
    VALUE
    0x819BF6
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA78
    "Lüftertastverhältnis bei Kurztripanforderung 78"
    VALUE
    0x819BF7
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA94
    "Lüftertastverhältnis bei Kurztripanforderung 94"
    VALUE
    0x819BF8
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVLUFA96
    "Lüftertastverhältnis bei Kurztripanforderung 96"
    VALUE
    0x819BF9
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819BF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMIBEG
    "Entprellzeit für Zündwinkelfreigabe bei Momentenbegrenzung"
    VALUE
    0x811155
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811155  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMXBSG
    "Maximale angefordertes Tastverhältnis von BSG"
    VALUE
    0x81B23D
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVMXPRG
    "Geschwindigkeits-Prädiktionszeit für VMAX-Regelung"
    CURVE
    0x81A2ED
    FklWUb
    5.100
    t20msxs_ub_q0p02
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2ED  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNKL15
    "Verzögerungszeit zur Anlasserfreigabe nach Kl15 ein"
    VALUE
    0x810164
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810164  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNL1OFF
    "Ansteuertastverhältnis Lüfter 1 bei Ende Nachlaufzeit KMTR"
    VALUE
    0x81B23E
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNL2OFF
    "Ansteuertastverhältnis Lüfter 2 bei Ende Nachlaufzeit KMTR"
    VALUE
    0x81B23F
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B23F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLETR
    "Tastverhältnis Thermostat im Nachlauf"
    VALUE
    0x81B240
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B240  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLT1
    "Ansteuerung Lüfter 1 im Nachlauf für Hauptrelaisprüfung"
    VALUE
    0x81B241
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B241  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLT2
    "Ansteuerung Lüfter 2 im Nachlauf für Hauptrelaisprüfung"
    VALUE
    0x81B242
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B242  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNLTETR
    "Ansteuerung elektr. Thermostatventil im Nachlauf für Hauptrelaisprüfung"
    VALUE
    0x81B243
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B243  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWGE
    "Verzugszeit zur NW-Umschaltfreigabe nach Getriebeeingriff"
    VALUE
    0x81A7A4
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A7A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWMNA
    "Minimales Tastverhältnis zur Ansteuerung NW-Steller Auslaß"
    VALUE
    0x811D77
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D77  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWMNE
    "Minimales Tastverhältnis zur Ansteuerung NW-Steller Einlaß"
    VALUE
    0x811D10
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWMXA
    "Maximales Tastverhältnis zur Ansteuerung NW-Steller Auslaß"
    VALUE
    0x811D78
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D78  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWMXE
    "Maximales Tastverhältnis zur Ansteuerung NW-Steller Einlaß"
    VALUE
    0x811D11
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWSTNMTM
    "Zeitverzögerung für Nockenwellenverstellung nach Überschreitung der Solldrehzahl"
    CURVE
    0x82A81C
    KlAUwSstUwWUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A81C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNWSTTM
    "Zeitverzögerung im Start ab der die Nockenwelle angesteuert werden kann"
    CURVE
    0x82A82E
    KlAUbSstUbWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A82E  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVNW_S
    "Verzögerungszeit nach der das Einlaßventil sicher in Spätstellung ist"
    VALUE
    0x81A887
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A887  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVOCIPLL
    "Verzögerungszeit bis zum Setzen des Fehlers Leitungsunterbrechung IP (""frm"")"
    VALUE
    0x818A8C
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVOCVM
    "Entprellzeit zum Setzen des Fehlers Leitungsunterbrechung an VM"
    VALUE
    0x8139B8
    KwUw
    655.3500
    t_q0p01
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVOLLNWMAX
    "Verzögerungzeit  zum Zurücksetzen von nsnwi beim Start"
    VALUE
    0x827FE6
    KwUw
    1310.700
    t_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPDKP1
    "Fehlertoleranzzeit bei Bereichsprüfung DK-Poti 1"
    VALUE
    0x8103E5
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPDKP2
    "Fehlertoleranzzeit bei Bereichsprüfung DK-Poti 2"
    VALUE
    0x8103E6
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPKH
    "Zeitverzögerung: P-Verstärkung bei Katheizen aktiv"
    VALUE
    0x81582E
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81582E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK12
    "Fehlertoleranzzeit bei Gleichlaufprüfung der DK-Potis"
    VALUE
    0x8103E7
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK13
    "Fehlertoleranzzeit bei Gleichlaufprüfung DK-Poti 1 und Ersatzwert aus Füllung"
    VALUE
    0x8103E8
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWDK23
    "Fehlertoleranzzeit bei Gleichlaufprüfung DK-Poti 2 und Ersatzwert aus Füllung"
    VALUE
    0x8103E9
    KwUb
    2.540
    t10msxs_ub_b2p55
    0.01000
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWMCSR
    "Entprellzeit Fehler zurücksetzen"
    VALUE
    0x81B287
    KwUb
    6.350
    t50msxs_ub_b12p75
    0.00
    6.350

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B287  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVPWMCSS
    "Entprellzeit Fehler setzen"
    VALUE
    0x81B288
    KwUb
    6.350
    t50msxs_ub_b12p75
    0.00
    6.350

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B288  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRAMPBS
    "Rampensteigung Lüfteranforderung von BSG"
    VALUE
    0x81B244
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B244  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVREABO
    "Verzugszeit für zurücksetzen des Zählers für Benzin im Öl"
    VALUE
    0x819720
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819720  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRESLL
    "Haltezeit für die erhöhte Momentenrerserve nach Drehzahleinbruch"
    VALUE
    0x815834
    KwUw
    1310.700
    t20msxs_uw_q0p02
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x815834  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRESTM
    "Initialisierungsdauer: Momentenreserve nach Start"
    VALUE
    0x819F5E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F5E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRIHEE
    "Verzögerungszeit für Ri-Fehler nach Endstufenfehler hinter Kat"
    VALUE
    0x818651
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818651  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRIHOCVM
    "Verzögerungszeit zum Aktivieren der Diagnose OCVM bezgl. Innenwiderstand der Ner"
    VALUE
    0x818A8D
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRINNPH
    "Verzögerungszeit bis zum Stoppen des 3kHz-Taktes nachd. der Ri unplaus. hoch ist"
    VALUE
    0x818A8E
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVRPSONMX
    "Verzögerungszeit zum Ausschalten des erhöhten Ref.-Pumpstroms nach dem Start"
    VALUE
    0x829F30
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x829F30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABFA
    "SA-Verzugszeit bei Funktionsanforderung (B_fa) und gangi = 0"
    VALUE
    0x81578A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81578A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABGL
    "Verzögerungszeit für LSU-Abgleich nach Start"
    VALUE
    0x8165E8
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165E8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSABTE
    "Verzugszeit für TEV Schließen vor Schubabschalten"
    VALUE
    0x81578C
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81578C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSAOCVM
    "Verzögerungszeit nach Schub zum Aktivieren der Diagnose Leitungsunterbrechung an"
    VALUE
    0x818A8F
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSATEM
    "Verzögerungszeit für TEV zu nach SA-Bereitschaft"
    CURVE
    0x811C92
    KlAUbSstUbWUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C92  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSATM
    "Sperrzeit Schubabschalten nach Startende"
    CURVE
    0x827F6A
    KlAUwSstUwWUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827F6A  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSERSL
    "Verzögerungszeit zum setzten eines Fehlers für die Sondenleitungsdiangose"
    VALUE
    0x818A90
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSHEIP
    "Entprellzeit zum Setzen des Zyklusflags Z_lsuip"
    VALUE
    0x81E806
    KwUw
    6553.500
    t_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E806  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSHESL
    "Verzögerungszeit zum Heilen von Sondenleitungsfehlern"
    VALUE
    0x818A91
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A91  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSLP2
    "Zeitverzögerung für Ansteuerung der 2.Sekundärluftpumpe"
    VALUE
    0x8183A2
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSLVOFF
    "Zeitverzögerung Schließen Sekundärluftventil"
    VALUE
    0x8183A3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSLVON
    "Zeitverzögerung Öffnen Sekundärluftventil"
    VALUE
    0x8183A4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSNPF
    "Verzögerungszeit in der Störungen bei der Entprellung unterdrückt werden"
    VALUE
    0x818A99
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSNPF2
    "Verzögerungszeit in der Störungen bei der Entprellung unterdrückt werden (Bank2)"
    VALUE
    0x818A9A
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSNPFNA
    "Verzögerungszeit in der Störungen bei der Entprellung unterdrückt werden"
    VALUE
    0x818A92
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A92  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSTETR
    "Tastverhältnis Thermostat im Startbereich"
    VALUE
    0x81B245
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B245  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSTL1
    "Festwert Tastverhältnis Lüfter 1 Zeitspanne nach Start"
    VALUE
    0x81B246
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B246  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSTL2
    "Festwert Tastverhältnis Lüfter 2 Zeitspanne nach Start"
    VALUE
    0x81B247
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B247  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSU
    "Verzögerungszeit für Saugrohrumschaltung"
    VALUE
    0x818DFE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSUAN
    "Verzögerungszeit für Saugrohrumschaltung, wenn angesteuert"
    VALUE
    0x818DFF
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818DFF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSUM
    "Zeitverzögerung der Saugrohrumschaltung in Abhängigkeit von der Motortemperatur"
    CURVE
    0x818E00
    KlAUbSstUbWUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E00  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSUNA
    "Verzögerungszeit für Saugrohrumschaltung, wenn nicht angesteuert"
    VALUE
    0x818E0D
    KwUb
    12.75
    t50msxs_q0p05
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E0D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVSUST
    "Sperrzeit für Freigabe SU nach Start"
    VALUE
    0x81F51A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F51A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTANKL
    "Verzögerungszeit für Information Tank-Leer-Zustand beendet"
    VALUE
    0x810284
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810284  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTEVPS
    "Druckabhängige Verzugszeit Tankentlüftungsventil"
    CURVE
    0x81A691
    KlAUbSstUbWUb
    127.5
    t500usxms_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A691  0xB  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspu
        fak_ub_b2
        5
        0.00
        1.992

        FORMAT "%5.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTKLSU
    "Verzögerungszeit beim Eintragen eines Fehlers aufgrund eines leeren Tanks"
    VALUE
    0x81E81E
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E81E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTMKIC
    "Entprellzeit für tmkic-Fehler"
    VALUE
    0x827EBC
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EBC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTMKIE
    "Entprellzeit für Umschaltung auf Ersatzwert bei tmkic-Fehler"
    VALUE
    0x827EBE
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTOLC
    "Verzögerungszeit für das Eintragen eines Fehlers beim Öltemperatursignal über CA"
    VALUE
    0x81C22C
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C22C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTOLE
    "Entprellzeit für Umschaltung auf Ersatzwert bei tolc-Fehler"
    VALUE
    0x81C22E
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C22E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTSPEV
    "Korrektur der Einspritzzeit in Abhängigkeit von evtmod"
    CURVE
    0x81F914
    KlAUwSstUwWUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F914  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        evtmodev
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTUMC
    "Verzögerungszeit für das Setzen eines Fehlers für das CAN-Signal tumc"
    VALUE
    0x81C230
    KwUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C230  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVTUMTA
    "Verzugszeit Fahrbedingungen für Bestimmung Umgebungstemperatur"
    VALUE
    0x81FBD6
    KwUw
    65534.00
    t1sxs_uw_b65535
    1.000000
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUB
    "Spannungskorrektur"
    CURVE
    0x813FE6
    KlAUbSstUbWUw
    209.7120
    tinjection_sy
    0.00
    209.7120

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FE6  0x10  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ub
        spg_ubatt_sy
        5
        0.00
        17.93

        FORMAT "%5.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUHR
    "Maximale Wartezeit für neue Uhrinformation"
    VALUE
    0x819468
    KwUb
    255.0
    t1sxs_uw_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819468  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVUHRDEV
    "Entprellung Zeitabweichung Uhrinformation"
    VALUE
    0x819469
    KwUb
    255.0
    t1sxs_uw_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819469  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVWDKS
    "Verzögerungszeit für Drosselklappen-Sollwinkel"
    VALUE
    0x810978
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810978  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZHRNOT
    "maximal zul. Zeit für Unterbrechung der Startdiagnose"
    VALUE
    0x81E796
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E796  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZWMSA
    "Zeit bis zum Übergehen auf Dauerspätbegrenzung"
    VALUE
    0x811F10
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F10  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TVZWMSE
    "Zeit bis zum Übergehen auf Dynamikspätbegrenzung"
    VALUE
    0x811F11
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811F11  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAFMN
    "Untere Schwelle des Temperaturfensters bei Feinadaption"
    VALUE
    0x81A888
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A888  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWAFMX
    "Obere Schwelle des Temperaturfensters bei Feinadaption"
    VALUE
    0x81A889
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A889  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBDCY
    "Wartezeit für Erkennung Bedingung 'driving cycle'"
    VALUE
    0x81CD5A
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81CD5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLHOF
    "akkumulierte Zeit außerhalb Bereichsgrenzen für Rücksetz. Bed. Kühlleistung hoch"
    VALUE
    0x827EB2
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EB2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLHON
    "Wartezeit innerhalb Bereichsgrenzen für Bed. Kühlleistung hoch"
    VALUE
    0x827EB4
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLNOF
    "akkumulierte Zeit außerh. Bereichsgrenzen für Rücksetz. Bed. Kühlleistung niedri"
    VALUE
    0x827EB6
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWBKLNON
    "Wartezeit innerhalb Bereichsgrenzen für Bed. Kühlleistung niedrig"
    VALUE
    0x827EB8
    KwUw
    6553.400
    t100msxs_uw_b6553p5
    0.1000000
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKATST
    "Wartezeit nach Stoppbedingung für Filter und Integrator"
    VALUE
    0x818A7B
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKNL
    "Zeit nach nmot = 0 und Kl.15 AUS bis Nachlauf gestartet wird"
    VALUE
    0x818AF7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKRED
    "Wichtung Zeitkonstante für Drosselklappensollwinkelfilterung im Start"
    VALUE
    0x813FCA
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813FCA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKSNST
    "Zeitkonstante für Drosselklappensollwinkelfilterung im Start"
    CURVE
    0x81F5A8
    KlAUbSstUbWUw
    655.3400
    t10msxs_uw_b655p35
    0.01000000
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5A8  0x14  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDKSV
    "Zeitkonstante für Drosselklappensollwinkelfilterung"
    CURVE
    0x814CB4
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CB4  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvmin_w
        fak_uw_b2
        2
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDLSSA
    "Mindestprüfzeit für DLSSA-Extremwertbestimmung"
    VALUE
    0x81F5D0
    KwUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDMAD
    "Wartezeit bis Freigabe der Adaption des Verlustmoments"
    VALUE
    0x819F23
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x819F23  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDSLTM
    "tmot- Entprellzeit für Adaption/Zusatudiagnose"
    VALUE
    0x8183E2
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWDUBRNL
    "Wartezeit für Diagnose UBR im Nachlauf bis Ausschalten Komponenten"
    VALUE
    0x818ABB
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWHLSLP
    "Wartezeit für Hochlauf Sekundärluftpumpe"
    VALUE
    0x8183E3
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWHRLSUZMX
    "max. Rohrwandtemperatur zum Heilen/Zyklus-flag setzen des Fehlerpfades HSV"
    VALUE
    0x81E798
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E798  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWHRSTMX
    "max. Rohrwandtemperatur zum Setzen des Zyklusflags der Startdiagnose von DHRLSU"
    VALUE
    0x81E79A
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E79A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWKTDLP
    "Wartezeit nach Parameterumschaltung in Lambdaregelung"
    VALUE
    0x818A7C
    KwUb
    12.75
    t50msxs_ub_b12p75
    0.00
    12.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWKTDTK
    "Temperaturabhängige Wartezeit für Katdiagnose"
    CURVE
    0x8139AA
    KlAUbSstUbWUw
    3276.750
    t50msxs_uw_b3276p75
    0.00
    3276.750

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139AA  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tkdkth
        temp_ub_q5
        4
        0.00
        1275.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWMLFE
    "Mindestzeit für Luftmasse im Diagnosebereich"
    VALUE
    0x8183E4
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWMSLMIN
    "Entprellzeit für Fehlermeldung B_mslmin"
    VALUE
    0x8183E5
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNLPTAMN
    "Mindest-Wartezeit im Nachlauf für Stuck-Signal-Check TANS"
    VALUE
    0x827D56
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNSEZDTAN
    "Min. Wartezeit nach Startende für Zähler notw. NL-Prüfungen Fix-Check TANS"
    VALUE
    0x827D58
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNSTA
    "Wartezeit nach Motorstart"
    VALUE
    0x81E96A
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E96A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNTAL
    "Wartezeit bis Nicht-Tankleer-Signal gültig ist"
    VALUE
    0x81E96C
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E96C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSA
    "Zeit nach Start bis zur ersten Berechnung von wnwam (Auslass)"
    VALUE
    0x811D79
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSE
    "Zeit nach Start bis zur ersten Berechnung von wnwem"
    VALUE
    0x811D12
    KwUb
    99.61
    tv_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D12  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSSRNA
    "Zeitkonstante für Tiefpassfilter Sollwert Nockenwelle Auslass früh  (negative)"
    VALUE
    0x816D40
    KwUw
    327.67499992
    zk5msxs_uw_b327
    0.0050000762951
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSSRNE
    "Zeitkonstante für Tiefpassfilter Sollwert Nockenwelle Einlass früh (negative)"
    VALUE
    0x816CFE
    KwUw
    327.67500000
    zk5msxs_uw_b327
    0.0050000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSSRPA
    "Zeitkonstante für Tiefpassfilter Sollwert Nockenwelle Auslass spät (positve)"
    VALUE
    0x816D42
    KwUw
    327.67499992
    zk5msxs_uw_b327
    0.0050000762951
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWNWSSRPE
    "Zeitkonstante für Tiefpassfilter Sollwert Nockenwelle Einlass spät (positve)"
    VALUE
    0x816D00
    KwUw
    327.67500000
    zk5msxs_uw_b327
    0.0050000000000
    327.68000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWPLK
    "Entprellzeit für Rücknahme der LL-Vorgabe bei Lebendkennung"
    VALUE
    0x818AEF
    KwUb
    25.50
    t_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AEF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWPMBBR
    "Verzögerungszeit für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x810319
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810319  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWRDZGMX
    "Max. Wartezeit bis Rücksetzen Bedingung TMOT- Delta zu groß"
    VALUE
    0x8197E6
    KwUb
    25.40
    t100msxs_ub_b25p5
    0.1000
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWSSCTM
    "Wartezeit bis Freigabe Min/Max-Monitor Stuck-Signal-Check Motortemperatursignal"
    VALUE
    0x8197E7
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWSTT
    "Schwelle Abstellzeit für Wiederholstart"
    CURVE
    0x8150D4
    KlAUwSstUwWUw
    65535.00
    t1sxs_uw_q1
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8150D4  0x32  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotab
        temp_ub_q0p75_o48
        12
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWTMNHST
    "Wartezeit für tmot-Max-Diagnose nach Heißstart"
    VALUE
    0x8197E8
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWTMNTAFX
    "Mindest-Wartezeit nach Erreichen Mot.-Temp.-Schwelle für Wärmeübergang auf TANS"
    VALUE
    0x827D5A
    KwUw
    6553.500
    t100msxs_uw_b6553p5
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWVDCMN
    "minimale Rohrwandtemperatur zum Aktivieren der Diagnose ""schwacher Heizer"""
    VALUE
    0x81E79C
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E79C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TWVSOMOS
    "Obere Schwelle der Rohrwandtemperatur an der Sondeneinbauposition vor dem Kat."
    VALUE
    0x81E79E
    KwUw
    1535.977
    temp_q0p0234_o273
    -273.1500
    1262.827

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E79E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZ2FGRGA
    "Doppelte Zählerzeitkonstante für FGR-Regler"
    CURVE
    0x81EBE0
    KlAUwSstUwWUw
    1310.660
    t20msxs_uw_q0p02
    0.02000000
    1310.680

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EBE0  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        uevges_w
        fak_q0p1
        8
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZGEZWMX
    "max. Zeit zusätzlicher Getriebe-Zündwinkel-Eingriff"
    VALUE
    0x81017F
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81017F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZLRKTT
    "Periodendauer für Lambdaregelung aus Kat-Diagnose b. Testerbetrieb"
    VALUE
    0x81E7D6
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZMIN
    "Zeitfenster für Zahnerkennung nach UBatt-Einbruch"
    VALUE
    0x81AEB9
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZSPINI
    "Sperrzeit fuer Filterinitialisierung"
    VALUE
    0x8110E2
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110E2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZSUDYN
    "Dauer des Dynamikvorhalts"
    CURVE
    0x81246E
    KlAUbSstUbWUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81246E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZTOL_UM
    "Toleranz zwischen Zeit- und Zahnzählererfassung in Timerinkrementen"
    VALUE
    0x81436C
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81436C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZWPST
    "Wartezeit nach Motorstart für Ansteuerung Zusatzwasserpumpe"
    VALUE
    0x81B248
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B248  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZWPSTH
    "Wartezeit nach Motorstart für Ansteuerung Zusatzwasserpumpe"
    VALUE
    0x81B249
    KwUb
    51.00
    t1sxs_ub_b255
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B249  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZWPSV
    "Ansteuerdauer der Zusatzwasserpumpe"
    VALUE
    0x81B24A
    KwUb
    255.0
    t1sxs_ub_b255
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    TZZMX
    "Zeitfenster für Zahnerkennung"
    VALUE
    0x81AEBA
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_ANLEN
    "Zeit bis Anlasser ausspuren bei Drehzahlgeberfehler"
    VALUE
    0x810165
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810165  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_ANLEVFZ
    "Zeit bis Anlasser ausspuren bei Geschwindigkeitsgeberfehler"
    VALUE
    0x8135BC
    KwUw
    1310.700
    t20msxs_uw_b1310
    0.00
    1310.700

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_ASRFGR
    "Zeit für GRA-Abwurf bei ASR-Eingriff"
    VALUE
    0x810173
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810173  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_GE3CMX
    "Überwachungszähler für obere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x810181
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810181  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_GE3CNU
    "Überwachungszeit für untere Grenze der Botschaftszählerdifferenz"
    VALUE
    0x810182
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810182  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_KLIMADEADCTR
    ""
    VALUE
    0x81019C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_KOM1CLDEAD
    ""
    VALUE
    0x81019D
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NEGAT
    "Zeit zum Rücksetzen von Nachrichtenempfang Gateway"
    VALUE
    0x818474
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818474  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NEGE
    "Zeit für Erkennung Nachrichtenunterbrechung Getriebe-Botschaft"
    VALUE
    0x818475
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818475  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMAIR
    "Timeoutzeit für Airbagbotschaft"
    VALUE
    0x81019E
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMAIRTA
    "verlängerte Timeoutzeit für Airbagbotschaft"
    VALUE
    0x81019F
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81019F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMASR
    "Filterzeit bis Erkennung der Kommunikationsunterbrechung zu Knoten ASR"
    VALUE
    0x8101A0
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMASRTA
    "DCAN Timeoutzeit ASR Botschaft"
    VALUE
    0x8101A1
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMBR2
    "CAN : Timeoutzeit für Botschaft Bremse 2"
    VALUE
    0x8101A2
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMBR3
    "CAN : Timeoutzeit für Botschaft Bremse 3"
    VALUE
    0x8101A3
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMBSG
    "Timeoutzeit BSG-Botschaft"
    VALUE
    0x818476
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818476  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMEGS
    "Filterzeit bis Erkennung der Kommunikationsunterbrechung zu Knoten EGS"
    VALUE
    0x8101A4
    KwUb
    2.550
    t_q0p01
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGAT
    "Timeoutzeit Gateway-Botschaft"
    VALUE
    0x818477
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818477  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRA
    "Fehlerzeit GRA-Botschaft"
    VALUE
    0x8104F7
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRAD
    "Entprellzeit für Botschaftsausfall bei Ub <10,8V"
    VALUE
    0x8104F8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMGRATA
    "Timeoutzeit GRA-Botschaft"
    VALUE
    0x8104F9
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI
    "DCAN Timeoutzeit Kombi Botschaft"
    VALUE
    0x818478
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818478  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI1
    "Timeoutzeit Botschaft Kombi1"
    VALUE
    0x8101A5
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKBI23
    "Timeoutzeit Botschaft Kombi2 und 3"
    VALUE
    0x818479
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818479  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMKLA
    "Timeoutzeit Botschaft Clima1"
    VALUE
    0x8101A6
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMLWS
    "CAN Timeoutzeit Lenkwinkelsensor Botschaft"
    VALUE
    0x8101A7
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMTOG
    "Timeoutüberwachungszeit für Botschaft TOG"
    VALUE
    0x81847A
    KwUb
    127.5
    t500msxs_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMZAS
    "Timeoutüberwachungszeit für Botschaft ZAS"
    VALUE
    0x8101A8
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NOMZASTA
    "Zeit nach erkanntem Timeout der ZAS-Botschaft bis zum Fehlerspeichereintrag"
    VALUE
    0x8101A9
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101A9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUBR2
    "Nachrichtenunterbrechung: Botschaft Bremse 2"
    VALUE
    0x8101AA
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101AA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUBSG
    "Nachrichtenunterbrechung: TOG-Botschaft"
    VALUE
    0x81847B
    KwUb
    25.50
    t100msxs_ub_b25p5
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUCINS1
    "Zeit für Nachrichtenunterbrechung Kombi1-Botschaft"
    VALUE
    0x8101AB
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101AB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUCINS23
    "Zeit für Nachrichtenunterbrechung Kombi2- und Kombi3-Botschaft"
    VALUE
    0x81847C
    KwUb
    51.00
    t200msxs_ub_b51
    0.00
    51.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUKLA
    "Zeit für Nachrichtenunterbrechung Klimabotschaft"
    VALUE
    0x8101AC
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101AC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NULWS
    "Zeit für Nachrichtenunterbrechung LWS-Botschaft"
    VALUE
    0x8101AD
    KwUb
    2.550
    t10msxs_ub_b2p55
    0.00
    2.550

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101AD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_NUTOG
    "Nachrichtenunterbrechung: TOG-Botschaft"
    VALUE
    0x81847D
    KwUb
    127.5
    t500msxs_ub_b127p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81847D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    T_SFSEN
    "Zeit nach Startende für Auswertung Fahrstufe S_fs"
    VALUE
    0x81361E
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81361E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPUMN
    "min. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x818B84
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B84  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UADPUMX
    "max. Spannungswert für Diagnose Drucksensor"
    VALUE
    0x818B85
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B85  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANAUFRP
    "Schrittweite für AUF-Rampe"
    VALUE
    0x813A16
    KwUw
    0.9994659
    relDK_uw_b100
    0.00
    0.9994659

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A16  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANNMAX
    "Motordrehzahlschwelle für Freigabe UMA-Lernen und Verstärkerabgleich"
    VALUE
    0x81041A
    KwUb
    2550.
    nmot_ub_q10
    0.00
    2550.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPEDMAX
    "Pedalschwelle für UMA-Lernen erlaubt"
    VALUE
    0x81041B
    KwUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPIDMIN
    "Abbruchschwelle PID-Summe für ZU-Rampe"
    VALUE
    0x813A18
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A18  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANPIDMINA
    "Abbruchschwelle PID-Summe für AUF-Rampe"
    VALUE
    0x813A1A
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A1A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANUATS
    "untere Ansauglufttemperaturschwelle für Lernfreigabe"
    VALUE
    0x81041C
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANVFZG
    "Geschwindigkeitssschelle für DV-E-Prüfung/Lernroutine"
    VALUE
    0x81041D
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UANZURP
    "Schrittweite für ZU-Rampe"
    VALUE
    0x813A1C
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A1C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_O_MT
    "obere Motortemperaturschwelle für Anschlag"
    VALUE
    0x81041E
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_STORE
    "Schwelle für Abspeicherung neuer Lernwerte"
    VALUE
    0x813A1E
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A1E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAN_U_MT
    "untere Motortemperaturschwelle für Lernfreigabe"
    VALUE
    0x81041F
    KwUb
    191.3
    temp_ub_q0p75_o48
    -48.00
    143.3

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81041F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCUNMN
    "untere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an UN"
    VALUE
    0x81E808
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E808  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCUNMX
    "obere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an UN"
    VALUE
    0x81E80A
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E80A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCVMMN
    "untere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an VM"
    VALUE
    0x81E80C
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E80C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UAOCVMMX
    "obere plausible IC-Ausgangsspannung UA zum Erkennung einer Unterbrechung an VM"
    VALUE
    0x81E80E
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E80E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UASNAMN
    "Untere Schwelle zur Erkennung Sondenleitungsunterbrechung IP"
    VALUE
    0x81E810
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E810  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UASNAMX
    "Obere Schwelle zur Erkennung Sondenleitungsunterbrechung IP"
    VALUE
    0x81E812
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E812  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBALSUMX
    "Batteriespannungsschwelle für Abschalten der Sondenheizung LSU"
    VALUE
    0x811C7C
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDE
    "Ubatt - Ersatzwert bei defektem AD-Kanal"
    VALUE
    0x8139C6
    KwUw
    17.98242
    spg_ubatt_w_sy
    0.00
    17.98242

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDEKPMN
    "Batteriespannungsschwelle Prüfpulse"
    VALUE
    0x818B1C
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B1C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDHLSHMN
    "untere Batteriespannungsschwelle zur Freigabe der Lambdasonden-Heizer-Diagnose"
    VALUE
    0x81E508
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E508  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDHLSHMX
    "obere Batteriespannungsschwelle für die Lambdasonden- Heizer-Diagnose"
    VALUE
    0x81E50A
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E50A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDICLSUMX
    "Max. Betriebsspannung zum aktivieren der DICLSU"
    VALUE
    0x81E814
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E814  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDLS
    "Batteriespannungsschwelle zur Freigabe der Sonden-Diagnose"
    VALUE
    0x8189C5
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN1
    "Batteriespannung min. (Netz)"
    VALUE
    0x8102FE
    KwUb
    17.93
    spg_ubatt_sy
    0.00
    17.93

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN2
    "Batteriespannung min. (ADC)"
    VALUE
    0x8102FF
    KwUb
    17.93
    spg_ubatt_sy
    0.00
    17.93

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMN3
    "Batteriespannung, untere Schwelle für Umschaltung auf Nachlaufwertübernahme"
    VALUE
    0x810300
    KwUb
    17.93
    spg_ubatt_sy
    0.00
    17.93

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810300  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDMX
    "Batteriespannung max."
    VALUE
    0x810301
    KwUb
    17.93
    spg_ubatt_sy
    0.00
    17.93

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810301  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBDTRDE
    "Batteriespannungsabfall für Erkennung 'Starter eingerückt'"
    VALUE
    0x818641
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818641  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBFGRMIN
    "Untere Schwelle der Batteriespannung für FGR Abschaltung"
    VALUE
    0x818B2A
    KwUb
    17.37
    spg_ub_b17p37
    0.00
    17.37

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B2A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHFM
    "Batteriespannungsschwelle zur Umschaltung auf Ersatzlastsignal"
    VALUE
    0x818B79
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B79  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHRLSUMN
    "Minimale Versorgungsspannung für die Diagnose DHRLSU / DHRLSUE"
    VALUE
    0x8189DC
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHRLSUMX
    "Maximale Versorgungsspannung für die Diagnose DHRLSU"
    VALUE
    0x8189DD
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189DD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBHS
    "Batteriespannungsschwelle für Abschalten der Sondenheizung"
    VALUE
    0x818AA9
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKL15
    "Ub-Schwelle für redundaten KL15-Erfassung"
    VALUE
    0x81A35B
    KwUb
    4.998
    spg_ubatt
    0.00
    4.998

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A35B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKLEMN
    "Minimale Batteriespannung für KLE aktiv"
    VALUE
    0x818B26
    KwUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKLEMX
    "Maximale Batteriespannung für KLE aktiv"
    VALUE
    0x818B27
    KwUb
    25.50
    fak_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B27  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKST
    "Ubat-Schwelle für ZUBKSTMX"
    VALUE
    0x810BD7
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBKSTMX
    "Anzahlschwelle Ubat unter UBKST für Adaptionssperrung"
    VALUE
    0x810BD8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBMNPUP
    "Mindest-Bordspannung für pullup-Ansteuerung"
    VALUE
    0x8197E9
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197E9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNACHL
    "Ub-Ersatzwert im Nachlauf"
    VALUE
    0x8139C8
    KwUw
    17.98242
    spg_ubatt_w_sy
    0.00
    17.98242

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBNLMN
    "Minimale Batterie-Sollspannung"
    VALUE
    0x81A359
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A359  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMN1
    "untere Grenze Bordnetzspannung über Hauptrelais, Erkennung Lastabfall"
    VALUE
    0x818ABC
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMN2
    "untere Grenze Bordnetzspannung über Hauptrelais"
    VALUE
    0x818ABD
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDMX
    "obere Grenze Bordnetzspannung über Hauptrelais"
    VALUE
    0x81E966
    KwUw
    1823.511
    spg_ub_b28p5_w
    0.00
    1823.511

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E966  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBRDUNL
    "Schwellwert für Unplausibilität der Bordnetzspannung über Hauptrelais (im Nachl)"
    VALUE
    0x818ABE
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818ABE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSLMN
    "min. Spannung für Sekundärluft ein"
    VALUE
    0x81B5E2
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSLMX
    "max. Spannung für Sekundärluft ein"
    VALUE
    0x81B5E4
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5E4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSLSTMN
    "min.Spannung für Sekundärluft ein im Start"
    VALUE
    0x81B5E6
    KwUw
    25.59961
    spg_q0p00039
    0.00
    25.59961

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5E6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSQBKVMN
    "min. Spannungsschwelle für BKV-Pumpe-Ansteuerung möglich"
    VALUE
    0x81B29A
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSQBKVMX
    "max. Spannungsschwelle für BKV-Pumpe-Ansteuerung möglich"
    VALUE
    0x81B29B
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBSTS
    "Schwelle zur Erkennung UBatt-Einbruch im Start"
    VALUE
    0x81AEBB
    KwUb
    25.50
    spg_q0p1
    0.00
    25.50

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEBB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBVDKPO
    "Batteriespannungsschwelle für Umschaltung auf verstärktes Signal von DK-Poti 1"
    VALUE
    0x8103EA
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UBVDKPU
    "Batteriespannungsschwelle für Umschaltung auf unverstärktes Signal von DK-Poti 1"
    VALUE
    0x8103EB
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UB_UANL
    "Batteriespannungsschwelle für Lernfreigabe"
    VALUE
    0x810420
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810420  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLP1N
    "Nennwert-Spannung DK-Poti 1 in NLP-Stellung"
    VALUE
    0x813A20
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A20  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLP2N
    "Nennwert-Spannung DK-Poti 2 in NLP-Stellung"
    VALUE
    0x813A22
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A22  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKNLPTOL
    "zulässige Potispannungs-Toleranz des NLP"
    VALUE
    0x813A9A
    KwUw
    79.99878
    spg_uw_q0p001222
    0.00
    79.99878

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A9A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AMAX
    "max. Spannung DK-Poti 1 am unteren DK-Anschlag"
    VALUE
    0x813A24
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A24  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AMIN
    "min. Spannung DK-Poti 1 am unteren DK-Anschlag"
    VALUE
    0x813A26
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A26  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1AURI
    "Spannung DK-Poti 1 am unt. DK-Anschlag, Initial. Wert"
    VALUE
    0x813A28
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A28  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1DUS
    "Nennumschaltschwelle zur DK-Poti-1-Umschaltung"
    VALUE
    0x810421
    KwUb
    4.9805
    spg_ub_q0p019
    0.00
    4.9805

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x810421  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1NHUB
    "Nennhub der Drosselklappe im DV-E, (Poti 1)"
    VALUE
    0x813A2A
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A2A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1O
    "Maximale zulässige Spannung von DK-Poti 1"
    VALUE
    0x8103EC
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1U
    "Minimale zulässige Spannung von DK-Poti 1"
    VALUE
    0x8103ED
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VID
    "Nennverstärkung für DK-Poti 1"
    VALUE
    0x813A2C
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A2C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOMA
    "max. Offsetfehler für DK-Poti-1-Verstärker"
    VALUE
    0x813A2E
    KwSw
    5.004090
    spg_sw_q0p001222
    0.00
    5.004090

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOMI
    "min. Offsetfehler für DK-Poti-1-Verstärker"
    VALUE
    0x813A30
    KwSw
    5.004090
    spg_sw_q0p001222
    -5.004090
    0.00

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VOSC
    "unt. Grenze für ob. Abgleichpkt. DK-Poti 1"
    VALUE
    0x813A32
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VUSC
    "ob. Grenze für unt. Abgleichpkt. DK-Poti 1"
    VALUE
    0x813A34
    KwUw
    4.995117
    spg_uw_q0p00488
    0.00
    4.995117

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VVMA
    "ob. Wert Verstärkungsfehler für Verstärker"
    VALUE
    0x813A36
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP1VVMI
    "unt. Wert Verstärkungsfehler für Verstärker"
    VALUE
    0x813A38
    KwUw
    7.996094
    fak_q0p0039
    0.00
    7.996094

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AMAX
    "max. Spannung DK-Poti 2 am unteren DK-Anschlag"
    VALUE
    0x813A3A
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AMIN
    "min. Spannung DK-Poti 2 am unteren DK-Anschlag"
    VALUE
    0x813A3C
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2AURI
    "Spannung DK-Poti 2 am unt. DK-Anschlag, Initial. Wert"
    VALUE
    0x813A3E
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A3E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2O
    "Maximale zulässige Spannung von DK-Poti 2"
    VALUE
    0x8103EE
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKP2U
    "Minimale zulässige Spannung von DK-Poti 2"
    VALUE
    0x8103EF
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPALOS
    "Spannungsoffset zur Erkennung des Loslösens"
    VALUE
    0x813A40
    KwUw
    0.4003906
    spg_q1p221_mV
    0.00
    0.4003906

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A40  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPAOFF
    "Spannungsoffset am unteren Anschlag"
    VALUE
    0x813A42
    KwUw
    0.05004883
    spg_q1p221_mV
    0.00
    0.05004883

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A42  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKPATMX
    "max. möglicher Offset der temp. UMA-Adaption"
    VALUE
    0x813A44
    KwUw
    4.998779
    spg_q1p221_mV
    0.00
    4.998779

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKRGOFS
    "Spannungsschwelle für DIA/KR Grundoffset Verstärker"
    VALUE
    0x810DD0
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKRTP
    "Integratorspannungsschwelle für Dia KS - Auswerteschaltung Testimpuls"
    VALUE
    0x810DD2
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DD2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKSNO
    "Obere Referenzspannungsschwelle DIA KS"
    CURVE
    0x827EC0
    GklWUw
    319.9813
    spg_uw_b1280
    0.00
    319.9813

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EC0  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UDKSNU
    "untere Referenzspannungsschwelle DIA KS"
    CURVE
    0x827EE0
    GklWUw
    319.9813
    spg_uw_b1280
    0.00
    319.9813

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EE0  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        16
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM16KRUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UEVERG
    "Übersetzungsverhältnis abh. vom eingelegten Gang"
    CURVE
    0x810FF1
    FklWUb
    31.88
    fak_ub_b32
    0.00
    31.88

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FF1  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        gangi
        dez
        8
        0.00
        7.000

        FORMAT "%5.3"
        FIX_AXIS_PAR 0  0  8

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMN1
    "untere Grenze HR-Spannung, Erkennung Kurzschl. n. Masse"
    VALUE
    0x81B29C
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMN2
    "untere Grenze HR-Spannung, Erkennung Signalfehler"
    VALUE
    0x81B29D
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMNDEV
    "Schwelle Min. Abweichung Abstellzeit"
    VALUE
    0x81946A
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMX1
    "obere Grenze HR-Spannung"
    VALUE
    0x81B29E
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMX2
    "obere Grenze HR-Spannung, Erkennung Kurzschl. n. ub."
    VALUE
    0x81B29F
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B29F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHRMXDEV
    "Schwelle Max. Abweichung Abstellzeit"
    VALUE
    0x81946B
    KwUb
    1.992
    fak_ub_b2
    0.00
    1.992

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81946B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UHSN
    "Nennspannung für die Sondenheizung"
    VALUE
    0x818AAA
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AAA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKAFRTMO
    "Obere Schwelle Faktor Lambdaregler (fr) zur Freigabe der UK-Adaption"
    CURVE
    0x827D32
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D32  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UKAFRTMU
    "Untere Schwelle Faktor Lambdaregler (fr) zur Freigabe der UK-Adaption"
    CURVE
    0x827D44
    GklWUw
    1.999969
    fak_uw_b2
    0.00
    1.999969

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D44  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMECRST_TV_UM
    ""
    VALUE
    0x814002
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814002  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMNBUKSUE
    "Min.-Schwelle für Erkennung Kurzschluß nach Masse"
    VALUE
    0x813B82
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B82  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMRST_TV_UM
    ""
    VALUE
    0x814003
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814003  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMSRLNMN
    "min. umsrln_w für Sollmassenstromberechnung"
    VALUE
    0x814CBE
    KwUw
    32.76750
    m_uw_q0p0005
    0.00
    32.76750

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CBE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UMXBUKSUE
    "Max.-Schwelle für Erkennung Kurzschluß nach UB"
    VALUE
    0x813B84
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813B84  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UNWDHFM
    "Umdrehungen Nockenwelle für Fehlerentprellung Diagnose HFM"
    VALUE
    0x818B7A
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPVGNENN
    "Nennwert für DV-E Potiversorgungsspannung"
    VALUE
    0x81E998
    KwUw
    1.000000
    dez
    65534.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E998  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG12U
    "Untere Begrenzung PWG-Poti-Spannung vor Vergleich Poti 1 und 2"
    VALUE
    0x81031A
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1LLDE
    "Oberer Grenzwert Leerlaufbereich upwg1_w für Drifterkennung"
    VALUE
    0x81E98C
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E98C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1O
    "Obere Schranke für PWG-Poti-1-Spannung"
    VALUE
    0x81031B
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1OGDE
    "Oberer Grenzwert upwg1_w für Drifterkennung"
    VALUE
    0x81E98E
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E98E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG1U
    "Untere Schranke für PWG-Poti-1-Spannung"
    VALUE
    0x81031C
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2DOFF
    "Offset für PWG-Poti-2-Spannung"
    VALUE
    0x8139F0
    KwUw
    0.04882813
    spg_q0p00488
    0.00
    0.04882813

    FORMAT "%10.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2LLDE
    "Oberer Grenzwert Leerlaufbereich upwg2_w für Drifterkennung"
    VALUE
    0x81E990
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E990  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2O
    "Obere Schranke für PWG-Poti-2-Spannung"
    VALUE
    0x81031D
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2OGDE
    "Oberer Grenzwert upwg2_w für Drifterkennung"
    VALUE
    0x81E992
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E992  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWG2U
    "Untere Schranke für PWG-Poti-2-Spannung"
    VALUE
    0x81031E
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDMN
    "Untere Grenze der PWG-Poti-Spannung für Toleranzbereich der Kick-Down-Position"
    VALUE
    0x8139FE
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139FE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDMX
    "Obere Grenze der PWG-Poti-Spannung für Toleranzbereich der Kick-Down-Position"
    VALUE
    0x813A00
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A00  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDO
    "Oberer Hysterese-Schaltpunkt zur Kick-Down-Erkennung aus Potispannung"
    VALUE
    0x81E994
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E994  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGKDU
    "Unterer Hysterese-Schaltpunkt zur Kick-Down-Erkennung aus Potispannung"
    VALUE
    0x81E996
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E996  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGO
    "Oberer PWG-Spannungswert für Umnormierung auf Pedalwert"
    VALUE
    0x81031F
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81031F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWGU
    "Unterer PWG-Spannungswert für Umnormierung auf Pedalwert"
    VALUE
    0x810320
    KwUb
    4.980
    spg_ub_b5
    0.00
    4.980

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810320  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWKDDF
    "Defaultwert PWG-Poti-Spannung für gelernte Kick-Down-Position"
    VALUE
    0x813A02
    KwUw
    319.9951
    spg_uw_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    UPWMCS
    "Ubatt-Schwelle für Diagnose Crash-Signal"
    VALUE
    0x81B289
    KwUb
    17.95
    spg_ubatt
    0.00
    17.95

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B289  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    URINOFF
    "CJ120-Spannung bei LSU-Nernstwiderstand rinlsu_w = 0"
    VALUE
    0x8165EA
    KwUw
    5.000000
    spg_q0p00488
    0.00
    5.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165EA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USABGL
    "LSU-Spannung bei Pumpstrom Null"
    VALUE
    0x8165AC
    KwUw
    31.99951
    spg_q4p88Em4
    0.00
    31.99951

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165AC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMNW
    "Sondenspannung hinter Kat für Erkennung Kat ist mit O2 gefüllt (Word)"
    VALUE
    0x829FF6
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMNW2
    "Sondenspannung hinter Kat für Erkennung Kat ist mit O2 gefüllt, Bank 2 (Word)"
    VALUE
    0x829FF8
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FF8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMXW
    "Sondenspannung hinter Kat für Abbruch Kat-Ausräumen (Word)"
    VALUE
    0x829FFA
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FFA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKAMXW2
    "Sondenspannung hinter Kat für Abbruch Kat-Ausräumen Bank2 (Word)"
    VALUE
    0x829FFC
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829FFC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKFT
    "Sondenspannungs-Schwelle für Erkennung ""Abgas fett"" hinter Kat"
    VALUE
    0x81E850
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E850  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKMR
    "Sondenspannungs-Schwelle für Erkennung ""Abgas mager"" hinter Kat"
    VALUE
    0x81E852
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E852  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKVERTO
    "Obere Spannungsschwelle zur Erkennung vertauschte Sonden hinter KAT"
    VALUE
    0x8139C0
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKVERTU
    "Untere Spannungsschwelle zur Erkennung vertauschte Sonden hinter KAT"
    VALUE
    0x8139C2
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHKVL
    "Schwellwert für Sondenspannung hinter KAT im Volllast-Betrieb"
    VALUE
    0x8189D4
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHLEAN
    "Schwelle für Magerspannung für Reset Dynamikmessung der Sonde hinter KAT"
    VALUE
    0x8102F9
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHRICH
    "Schwelle für Fettspannung für gültige Dynamikmessung der Sonde hinter KAT"
    VALUE
    0x8102FA
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102FA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTGMX
    "Wert für maximale Steigung für Startwert Filter"
    VALUE
    0x8189D5
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHSTSOLL
    "Schwelle für zulässige Steigung der Sondenspannung hinter KAT"
    VALUE
    0x8189D6
    KwUb
    132.6
    spgg_q0p52
    0.00
    132.6

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHVO
    "Oberer Schwellwert für Sondenspannung Bank1 (ushk_w)"
    VALUE
    0x81E8DA
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USHVU
    "Unterer Schwellwert für Sondenspannung Bank2 (ushk2_w)"
    VALUE
    0x81E8DC
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E8DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USIVMAXH
    "Init value für max.Sondenspg. hinter Kat nach Powerfail u. Fehlersp. löschen"
    VALUE
    0x818E2A
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USIVMINH
    "Init value für min.Sondenspg. hinter Kat nach Powerfail u. Fehlersp. löschen"
    VALUE
    0x818E2B
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMAX
    "Schwelle für Sondenkurzschluß nach Ubat"
    VALUE
    0x813982
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813982  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMIN
    "Schwelle für Sondenkurzschluß nach Masse"
    VALUE
    0x813984
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813984  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMNSHMN
    "min. erkannte Sondenspannung hinter Kat für Signalausgabe (min. plaus. Wert)"
    VALUE
    0x818E2C
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMNSHMX
    "min. erkannte Sondenspannung hinter Kat für Signalausgabe (max. plaus. Wert)"
    VALUE
    0x818E2D
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMXSHMN
    "max. erkannte Sondenspannung hinter Kat für Signalausgabe (min. plaus. Wert)"
    VALUE
    0x818E2E
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USMXSHMX
    "max. erkannte Sondenspannung hinter Kat für Signalausgabe (max. plaus. Wert)"
    VALUE
    0x818E2F
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E2F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USREFH
    "Schwelle für Sondenbetriebsbereitschaft hinter KAT bei fettem Gemisch"
    VALUE
    0x81E736
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E736  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USREFHKLT
    "Schwelle für Sondenbetriebsbereitschaft h. KAT bei fettem Gemisch im Kaltbetrieb"
    VALUE
    0x81E738
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E738  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USREMH
    "Schwelle für Sondenbetriebsbereitschaft hinter KAT bei magerem Gemisch"
    VALUE
    0x813986
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813986  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRHKFA
    "Sondenspannungssollwert für Regelung hinter Kat. bei Funktionsanf. B_fakat"
    VALUE
    0x811C7A
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x811C7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRHKSHJ
    "Regelschwelle für Regelung hinter Kat, DLSSA-Ausgabe umgerechn. Wert"
    VALUE
    0x818E30
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E30  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRIMINH
    "Mindest Spannungs-Schwelle für Ri-Messung der Sonde hinter KAT"
    VALUE
    0x813992
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813992  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRIOH
    "Obere Spannungs-Schwelle für Ri-Messung der Sonde hinter KAT"
    VALUE
    0x813994
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813994  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRIUH
    "Untere Spannungs-Schwelle für Ri-Messung der Sonde hinter KAT"
    VALUE
    0x813996
    KwUw
    319.9951
    spg_uw_q0p00488_o1
    -1.000000
    318.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813996  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USRJ
    ""
    VALUE
    0x818E31
    KwUb
    1.330
    spg_ub_b1p33
    0.00
    1.330

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x818E31  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USSCHUB
    "Schwelle für Sondenspannung hinter KAT nach Schub"
    VALUE
    0x8189D7
    KwUb
    1.330
    spg_ub_q0p0052_o0p2
    -0.2000
    1.130

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189D7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    USVKKS
    "Lambdasondenspannungsschwelle für Rücksetzen des Zählers für Benzin im Öl"
    VALUE
    0x81FBD8
    KwUw
    319.9951
    spg_q0p00488
    0.00
    319.9951

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBD8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VANF
    "Geschwindigkeitsschwelle für Anfahrhilfe"
    VALUE
    0x81109E
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81109E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VANZKBI
    "Kombiausgabe Anzahl Ventil"
    VALUE
    0x810192
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810192  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARAU
    "minimale Fahrzeuggeschwindigkeit für ARA - Funktion"
    VALUE
    0x8110E3
    KwUb
    317.5
    fak_ub_b318p75
    0.00
    317.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8110E3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARDEF
    "Default Variante für Variantencodierung"
    VALUE
    0x815576
    KwUw
    32767.00
    dez
    0.00
    32767.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x815576  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VARTAB
    "Tabelle der zuläßigen Varianten"
    VAL_BLK
    0x82BA5C
    KwbUw
    32767.00
    dez
    0.00
    32767.00

    FORMAT "%8.2"
    
    NUMBER 16
    /begin IF_DATA ETK  DP_BLOB 0x82BA5C  0x20  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VASNOT
    "Geschwindigkeitsschwelle für Abwürgeschutz"
    VALUE
    0x829C3A
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VASRM
    "Geschwindigkeitsschwelle für Schlechtwegerkennung"
    VALUE
    0x810273
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810273  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLHO
    "obere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung hoch"
    VALUE
    0x8197EA
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197EA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLHU
    "untere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung hoch"
    VALUE
    0x8197EB
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197EB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLNO
    "obere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung niedrig"
    VALUE
    0x8197EC
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197EC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VBKLNU
    "untere Fz-Geschwindigkeitsschwelle für Bedingung Kühlleistung niedrig"
    VALUE
    0x8197ED
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDASH
    "Mindestgeschwindigkeit für Dashpot"
    VALUE
    0x81114F
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81114F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDKUPPLMN
    "min. vfzg-Schwelle für Diagnose Kupplungsschalter"
    VALUE
    0x818AC2
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AC2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VDMN
    "Geschwindigkeitsschwelle; Fehlererkennung Geschwindigkeitssignal"
    VALUE
    0x81E962
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E962  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VECDMN
    "Min. Geschwindigkeit für ECD-Fehlerspeichereintrag"
    VALUE
    0x81C228
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C228  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VECDMX
    "Max. Geschwindigkeit für ECD-Fehlerspeichereintrag"
    VALUE
    0x81C22A
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C22A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGREMAX
    "Maximale FGR-Einschaltgeschwindigkeit"
    VALUE
    0x81E9B8
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9B8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGREMIN
    "Minimale FGR-Einschaltgeschwindigkeit"
    VALUE
    0x81E9BA
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGRMAX
    "Maximal zulässige Geschwindigkeit im FGR-Betrieb"
    VALUE
    0x81E9BC
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFGRMIN
    "Minimal zulässige Geschwindigkeit im FGR-Betrieb"
    VALUE
    0x81E9BE
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E9BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFSM
    "Verstaerkungsfaktor DT1-Glied"
    VALUE
    0x829C3C
    KwUw
    3.124952
    relnmot_q0p477Em4
    0.00
    3.124952

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x829C3C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZANL
    "Fahrgeschwindigkeit, ab der der Anlasser ausgeschaltet wird"
    VALUE
    0x810166
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810166  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGAU
    "Geschwindigkeitsschwelle für AU-Funktion"
    VALUE
    0x81909F
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81909F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGEW
    "KMTR-Ersatzwert f. Fahrzeuggeschwindigkeit"
    VALUE
    0x81B24B
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSCH
    "Schwelle für Fahrzeuggeschwindigkeit"
    VALUE
    0x82BF94
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BF94  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZGSP
    "Geschwindigkeitsschwelle: Abschaltbedingung"
    VALUE
    0x81AEAF
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEAF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZMN
    "Erkennen Fahren-Stehen"
    VALUE
    0x8139D0
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139D0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR1O
    "Schwelle vfzroh_w für Umschaltung zfcnt von 1 auf ZFCNT1"
    VALUE
    0x8139D2
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139D2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR1U
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT1 auf 1"
    VALUE
    0x8139D4
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139D4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR2O
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT1 auf ZFCNT2"
    VALUE
    0x8139D6
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139D6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VFZR2U
    "Schwelle vfzroh_w für Umschaltung zfcnt von ZFCNT2 auf ZFCNT1"
    VALUE
    0x8139D8
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKO
    "Geschwindigkeitsschwelle für AC-Steuerung"
    VALUE
    0x81AEB0
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKOAO
    "Obere Geschwindigkeitsschwelle für Kompressorabschaltung"
    VALUE
    0x81AEB1
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKOB
    "Geschwindingkeitsschwelle für Ko-Steuerung in Beschleunigung"
    VALUE
    0x81AEB2
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AEB2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTEBF
    "Fördervolumen bei Erstbefüllung"
    VALUE
    0x82BCB8
    KwUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCB8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTPVLAB
    "Fördervolumen EKP Vorlauf aus Abstellzeit"
    CURVE
    0x82BCBA
    KlAUwSstUwWUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCBA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tabst_w
        t1sxs_uw_q1
        4
        0.00
        65535.00

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VKSTPVLNL
    "Fördervolumen EKP Vorlauf aus Nachlaufzeit"
    VALUE
    0x82BCCC
    KwUw
    6553.500
    vol_q0p1
    0.00
    6553.500

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCCC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLLABKL
    "vfzg-Abschaltschwelle bei Leerlauf für Abgasklappe"
    VALUE
    0x816F60
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816F60  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLLR
    "Fahrzeuggeschwindigkeitsschwelle für Leerlaufregelung"
    VALUE
    0x810EAD
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810EAD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLMXVZ
    "Maximalwert für vlast_w"
    CURVE
    0x81EC02
    KlAUwSstUwWUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EC02  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        vziel_w
        vfzg_uw_q0p0078125
        6
        0.00
        511.9922

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VLSD
    "Mindestgeschwindigkeit für Lastschlagdämpfung"
    VALUE
    0x811150
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811150  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMAXNB
    "Maximal zulässige Fahrzeuggeschwindigkeit im Normalbetrieb"
    VALUE
    0x829ADE
    KwUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829ADE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMAXTM
    "Maximalgeschwindigkeit aus Motortemperatur"
    CURVE
    0x829AE0
    KlAUwSstUwWUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AE0  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmotrvmx
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMAXTOL
    "Maximalgeschwindigkeit aus Öltemperatur"
    CURVE
    0x829AF6
    KlAUwSstUwWUw
    511.9922
    vfzg_uw_q0p00781
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x829AF6  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        toelk_w
        temp_q0p0234_o273
        5
        -273.1500
        1262.827

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMDUB
    "Geschwindigkeitsschwelle min. für Batteriespannungs-Diagnose"
    VALUE
    0x810302
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810302  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIBGR
    "v-Schwelle für Freigabe Momentenbegrenzung"
    VALUE
    0x81A347
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A347  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMINAMSR
    "Geschwindigkeitsschwelle für plausiblen MSR-Eingriff"
    VALUE
    0x8135C6
    KwUw
    324.9950
    vfzg_uw_b325
    0.00
    324.9950

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIN_UC
    "Minimalgeschwindigkeit für FGR-Betrieb im Befehlstest"
    VALUE
    0x816548
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816548  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMIN_UM
    "Minimalgeschwindigkeit für FGR-Betrieb in der Funktionsüberwachung"
    VALUE
    0x814372
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x814372  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VMKBRMX
    "Geschwindigkeitsschwelle für Kupplungsmomentbegrenzung bei betätigter Bremse"
    VALUE
    0x81A348
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A348  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNMX
    "Geschwindigkeits-Schwelle für Aktivierung der erhöhten Drehzahlgrenze"
    VALUE
    0x81A2D9
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A2D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNSPWGNOT3
    "Geschwindigkeitsschwelle für Solldrehzahl Nr.3 bei Ausfall FPM-Signale"
    VALUE
    0x818AF0
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNVKO
    "Gangerkennungsschwelle für KO-Ausschalten bei Vollast"
    VALUE
    0x82BCA4
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNVKOB
    "Gangerkennungsschwelle für KO-Abschaltung bei Volllast"
    VALUE
    0x82BCA6
    KwUw
    511.9922
    qnv_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BCA6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VNWLLPA
    "Applikationswert Geschwindigkeitsschwelle beim Leerlauf (Auslaß)"
    VALUE
    0x81A984
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A984  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VOABKL
    "Obere vfzg-Schwelle für Abgasklappe"
    VALUE
    0x816F61
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816F61  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPTAFXO
    "0bere Fahrzgeschwindigk.-Schwelle für Plausibilitäts-Check fixiertes TANS Signal"
    VALUE
    0x819763
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819763  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VPTAFXU
    "untere Fahrzgeschwindigk.Schwelle für Plausibilitäts-Check fixiertes TANS Signal"
    VALUE
    0x819764
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819764  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VRADF
    "Geschwindigkeitsschwelle für Fehlereintrag"
    VALUE
    0x813782
    KwUw
    654.9900
    vrad_uw_b655
    0.00
    654.9900

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813782  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VREGLMAX
    "Maximal zulässige Sollgeschwindigkeit für FGR"
    VALUE
    0x81EAB4
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAB4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VREGLMIN
    "Minimal zulässige Sollgeschwindigkeit für FGR"
    VALUE
    0x81EAB6
    KwUw
    511.9922
    vfzg_uw_q0p0078125
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EAB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VRFGRMN
    "Untere Schwelle vroh_w für FGR-Abschaltung über vfzg_w = 0"
    VALUE
    0x8139DA
    KwUw
    511.9922
    vfzg_uw_b512
    0.00
    511.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139DA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSAA
    "Geschwindigkeitsschwelle für SA-Drehzahlanhebung"
    VALUE
    0x810E8B
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSL
    "Fahrzeuggeschwindigkeitsschwelle für Kompensation Servolenkung"
    VALUE
    0x819EE3
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSLS
    "Schwelle Fahrzeuggeschwindigkeit für SLS ein"
    VALUE
    0x8183A5
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A5  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSONTL
    "Volumen von vorderer Lambdasonde bis hinter Abgasturbolader"
    VALUE
    0x81F9A4
    KwUw
    19999.69
    vol_q0p306_cme3
    0.00
    19999.69

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9A4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VSONTL2
    "Volumen von vorderer Lambdasonde bis hinter Abgasturbolader, Bank 2"
    VALUE
    0x81F9A6
    KwUw
    19999.69
    vol_q0p306_cme3
    0.00
    19999.69

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9A6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VTAPLC
    "Geschwindigkeitsschwelle für Plausibilitätscheck der Ansauglufttemperatur"
    VALUE
    0x819765
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819765  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VTUMTA
    "Schwelle Fahrzeuggeschwindigkeit für Bestimmung Umgebungstemperatur"
    VALUE
    0x819470
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

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

/begin CHARACTERISTIC

    VTUMTAT
    "Schwelle Fahrzeuggeschwindigkeit für TANS -> Umgebungstemperatur"
    VALUE
    0x8189BC
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VUABKL
    "Untere vfzg-Schwelle für Abgasklappe"
    VALUE
    0x816F62
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x816F62  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VVR_AOG
    "oberer Grenzwert Anpassung V-Verriegelung"
    VALUE
    0x810E17
    KwSb
    255.0
    vfzg_q1p0
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E17  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VVR_AUG
    "unterer Grenzwert Anpassung V-Verriegelung"
    VALUE
    0x810E18
    KwSb
    255.0
    vfzg_q1p0
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E18  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VWE
    "Gezwindigkeitsschwelle für Drehzahlgradient nwe Kuppl. offen"
    VALUE
    0x810E8C
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810E8C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    VWPMBBR
    "Mindestgeschwindigkeit für Pedalwertbegrenzung bei betätigter Bremse"
    VALUE
    0x810321
    KwUb
    318.8
    vfzg_ub_q1p25
    0.00
    318.8

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810321  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD0T1
    "Wichtungsfaktor Adaptionsbereich 0 zu 1"
    VALUE
    0x810BD9
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BD9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD0T2
    "Wichtungsfaktor Adaptionsbereich 0 zu 2"
    VALUE
    0x810BDA
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD1T0
    "Wichtungsfaktor Adaptionsbereich 1 zu 0"
    VALUE
    0x810BDB
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD1T2
    "Wichtungsfaktor Adaptionsbereich 1 zu 2"
    VALUE
    0x810BDC
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD2T0
    "Wichtungsfaktor Adaptionsbereich 2 zu 0"
    VALUE
    0x810BDD
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAD2T1
    "Wichtungsfaktor Adaptionsbereich 2 zu 1"
    VALUE
    0x810BDE
    KwUb
    15.94
    fak_ub_b16
    0.00
    15.94

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WAIT_T_UM
    "Wartezeit für Reset-Tastverhältnis aus der Funktionsüberwachung"
    VALUE
    0x81436A
    KwUw
    4999.578
    t_wdt_high
    0.00
    4999.578

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81436A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKARN
    "DK-Winkel-Schwelle für Gemischadaption aktiv"
    CURVE
    0x81928E
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81928E  0x15  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        10
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKBEWS
    "Schwelle zur DK-Bewegungserkennung (I-Klein)"
    VALUE
    0x813A9C
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A9C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKDSVLU
    "Drosselklappenschwelle für Drucksensorplausibilisierung"
    CURVE
    0x818B86
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B86  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRO2
    "Prüfschwelle DK-Istwert für öffnende DV-E-Federprüfung"
    VALUE
    0x813A46
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPROO
    "Obere Abschaltschwelle DK-Istwert für öffnende DV-E-Federprüfung"
    VALUE
    0x813A48
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A48  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPROU
    "Untere Abschaltschwelle DK-Istwert für öffnende DV-E-Federprüfung"
    VALUE
    0x813A4A
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A4A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRZ1
    "Abschaltschwelle DK-Istwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x813A4C
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A4C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKFPRZ2
    "Prüfschwelle DK-Istwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x813A4E
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A4E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPMA
    "oberer erlaubter Istwert für NLP-Stellung"
    VALUE
    0x813A50
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A50  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPMI
    "unterer erlaubter Istwert für NLP-Stellung"
    VALUE
    0x813A52
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A52  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNLPTOL
    "zulässige DK-Winkel-Toleranz des NLP"
    VALUE
    0x813A9E
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A9E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNPLAUS
    "Schwelle rechnerische Plausibilisierung NLP wdknlp_w in Ini2"
    VALUE
    0x813A54
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A54  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKNSTORE
    "Schwelle Abspeichern neuer Lernwerte relativer NLP"
    VALUE
    0x813A56
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A56  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKPMXN
    "Maximaler Drosselklappenwinkel für Plausibilisierung mit Füllungssignal"
    CURVE
    0x8103F0
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8103F0  0x19  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKREIB
    "Haftreibungsanteil der DK für I-Klein"
    VALUE
    0x8104D1
    KwUb
    0.9961
    fak_ub_b1
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSAPNOL
    "DK-Sollwert bei Applikationshilfe DK-Notluftfahren"
    VALUE
    0x813AA0
    KwUw
    99.99847
    relDK_q0p00152
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x813AA0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSAPP
    "Drosselklappensollwert für Applikationszwecke"
    VALUE
    0x814CC0
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CC0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSFPR
    "DK-Sollwert für DV-E-Rückstellfederprüfung"
    VALUE
    0x813A58
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A58  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSFPRO
    "DK-Sollwert für öffnende DV-E-Federprüfung"
    VALUE
    0x813A5A
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSNLN
    "Sollwinkel für Drosselklappe bei Kl15 aus"
    CURVE
    0x81F5BC
    KlAUbSstUbWUb
    100.0
    relDK_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F5BC  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSOFS
    "Offset zu appl. DK-Sollwinkel bei niedrigen Temperaturen"
    VALUE
    0x814CC2
    KwUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CC2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTFEIN
    "Schwelle zur Stationaritätserkennung (verstärkter Bereich)"
    VALUE
    0x813AA2
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813AA2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTGROB
    "Schwelle zur Stationaritätserkennung (unverstärkter Bereich)"
    VALUE
    0x813AA4
    KwSw
    1599.976
    relDK_q0p02441
    -800.0000
    799.9756

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813AA4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKSTMUMA
    "DK-Winkel-Schwelle für temporäre UMA-Adaption"
    VALUE
    0x813A5C
    KwUw
    100.0000
    relDK_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WDKUGDN
    "KL Drosselklappenwinkel, ab der keine Drosselung mehr erfolgt"
    CURVE
    0x814AEE
    GklWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x814AEE  0x18  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        12
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM12FEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WEAN
    "Winkel Einspritzabbruch"
    CURVE
    0x81908C
    GklWUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x81908C  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM08GKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WEEMRFAN
    "Winkel Einspritzende bei maximalem Fahrerwunsch"
    CURVE
    0x819094
    GklWUb
    1530.
    zw_ub_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x819094  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM08GKUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WEESTSM
    "Winkelgrenze Einspritzende für sim. Startauslösungen f(TMOT)"
    CURVE
    0x818B0E
    KlAUbSstUbWUb
    717.2
    kw_q2p8125
    0.00
    717.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B0E  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        6
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESSOT
    "Winkel Einlass schliesst spät bis OT"
    VALUE
    0x810004
    KwUb
    717.2
    kw_q2p8125
    0.00
    717.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810004  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WESSTO
    "Offsetwinkel Einspritzung für Schnellstart"
    VALUE
    0x8104D9
    KwUb
    717.2
    kw_q2p8125
    0.00
    717.2

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFAN
    "Schwellwert für Fahrpedalwinkel bei Bandendetest"
    VALUE
    0x81A10F
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A10F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFRL
    "Kraftstoffwandfilmkennlinie"
    CURVE
    0x81515A
    FklWUw
    3071.953
    rel_uw_b3072
    0.00
    3071.953

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81515A  0x3E  /end IF_DATA 
    /begin AXIS_DESCR

        FIX_AXIS
        rlp_w
        rel_uw_q0p0234
        31
        0.00
        180.0000

        FORMAT "%8.4"
        FIX_AXIS_PAR 0  8  31

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFSKLASSE
    "WFS: Leistungsklasse"
    VALUE
    0x8197F1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFSMARKE
    "WFS: Marken Identifier"
    VALUE
    0x8197F2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WFSTRETRY
    "WFS: Zeitfenster Anpassung"
    VALUE
    0x8197F3
    KwUb
    255.0
    t_q1
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8197F3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WIMAX
    "ObererSchranke interne Reglerzustände stetige Lambdaregelung"
    VALUE
    0x816666
    KwSw
    7.999878
    fak_sw_b4_1
    -4.000000
    3.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816666  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WIMIN
    "Untere Schranke interne Reglerzustaende stetige Lambdaregelung"
    VALUE
    0x816668
    KwSw
    7.999878
    fak_sw_b4_1
    -4.000000
    3.999878

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x816668  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRLZOF
    "Festwerteblock: ZW-Offset für geführte Zylinder"
    VAL_BLK
    0x810DBB
    KwbUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    NUMBER 8
    /begin IF_DATA ETK  DP_BLOB 0x810DBB  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WKRLZOFEKS
    "ZW-Offset für geführte Zylinder bei KS-Fehler"
    VALUE
    0x810DC3
    KwUb
    191.3
    zw_ub_qn0p75
    -191.3
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810DC3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WLLPED
    "Leergasschwelle des normierten Fahrpedalwinkels wpedv_w"
    VALUE
    0x8135BE
    KwUw
    99.99847
    relPED_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8135BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WMABGKH
    "Faktor für Wärmemengenkorrektur bei Katheizen für Taupunktende"
    VALUE
    0x8189BD
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WMABGKH2
    "Faktor für Wärmemengenkorrektur bei Katheizen für Taupunktende Bank2"
    VALUE
    0x8189BE
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WMKATKH
    "Faktor für Wärmemengenkorrektur bei Katheizen für Taupunktende hinter Kat"
    VALUE
    0x8189BF
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189BF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WMKATKH2
    "Faktor für Wärmemengenkorrektur bei Katheizen für Taupunktende hinter Kat, Bank2"
    VALUE
    0x8189C0
    KwUb
    1.000
    fak_ub_b2
    0.00
    1.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8189C0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNSRFIXE
    "KL. max. Sollwinkel für interne Restgassteuerung über Einlaßnockenwelle"
    CURVE
    0x82B88A
    GklWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B88A  0x20  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot_w
        nmot_uw_q0p25
        16
        0.00
        16383.75

        FORMAT "%8.2"

        AXIS_PTS_REF SNM16NEUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWAFMX
    "Begrenzung Adaption Spätanschlag nach 'früh'"
    VALUE
    0x81028C
    KwSb
    128.0
    kw_q1
    -128.0
    0.00

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWASMX
    "Obere Begrenzung Adaption NW-Spätanschlag (Richtung spät)"
    VALUE
    0x81028D
    KwSb
    127.0
    kw_q1
    0.00
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWBKVA
    "Winkel NW-Position  mit min. Überschneidung Auslaßnockenwelle bei BKV leer"
    VALUE
    0x816D08
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D08  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWBKVE
    "Winkel NW-Position  mit min. Überschneidung Einlaßnockenwelle bei BKV leer"
    VALUE
    0x816CC6
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CC6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWDSHKA
    "Deltasollwinkel Nockenwelle Korrektur Katheizen über Höhe Auslaß"
    CURVE
    0x82CE1C
    KlAUwSstUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE1C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWDSHKE
    "Deltasollwinkel Nockenwelle Korrektur Katheizen über Höhe Einlaß"
    CURVE
    0x82B8AA
    KlAUwSstUwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8AA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        fho_w
        fak_uw_b4
        4
        0.00
        3.999939

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWHA
    "Nockenwellensollposition für Setzen des Zyklusflags ohne Fehler Auslass"
    VALUE
    0x82BA5A
    KwSw
    511.0000
    kw_sw_q0p0078
    -256.0000
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BA5A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWHE
    "Nockenwellensollposition für Setzen des Zyklusflags ohne Fehler Einlass"
    VALUE
    0x82B9A2
    KwSw
    511.0000
    kw_sw_q0p0078
    -256.0000
    255.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B9A2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWKM
    "Korrekturwinkel Nockenwelle über Motortemperatur"
    CURVE
    0x81E46C
    GklWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E46C  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05EPMSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWKM2
    "Korrekturwinkel Nockenwelle über Motortemperatur für PG2"
    CURVE
    0x81E471
    GklWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E471  0x5  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        5
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM05EPMSB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWKN
    "Korrekturwinkel Nockenwelle über Drehzahl"
    CURVE
    0x81E476
    KlAUbSstUbWSb
    15.94
    kw_q0p0625
    -8.000
    7.938

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E476  0xD  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        6
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWRAS
    "Winkel Auslassventil schlie in Referenzposition bezogen auf Ladungswechsel(LWOT)"
    VALUE
    0x82CE2E
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE2E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWREO
    "Winkel Einlassventil öffnet in Referenzposition bezogen auf Ladungswechsel(LWOT)"
    VALUE
    0x816CC8
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816CC8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWRPS
    "Sollwinkel der Phasengeberflanken in Referenzposition, Nockenwelle 1"
    VAL_BLK
    0x81393C
    KwbUw
    1023.984
    kw_q0p0156
    0.00
    1023.984

    FORMAT "%8.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x81393C  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWRPS2
    "Sollwinkel der Phasengeberflanken in Referenzposition, Nockenwelle 2"
    VAL_BLK
    0x813944
    KwbUw
    1023.984
    kw_q0p0156
    0.00
    1023.984

    FORMAT "%8.3"
    
    NUMBER 4
    /begin IF_DATA ETK  DP_BLOB 0x813944  0x8  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSAAPP
    "Applikationswert für Auslaß-Nockenwellensollwinkel"
    VALUE
    0x82CE30
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE30  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSAPFA
    "Applikationswert Sollwinkel für Frühposition bei Sprüngen Auslaßnockenwelle"
    VALUE
    0x82CE32
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE32  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSAPFE
    "Applikationswert Sollwinkel für Frühposition bei Sprüngen Einlaßnockenwelle"
    VALUE
    0x82B8BC
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSAPSA
    "Applikationswert Sollwinkel für Spätposition bei Sprüngen Auslaßnockenwelle"
    VALUE
    0x82CE34
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE34  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSAPSE
    "Applikationswert Sollwinkel für Spätposition bei Sprüngen Einlaßnockenwelle"
    VALUE
    0x82B8BE
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSEAPP
    "Applikationswert für den Einlaß-Nockenwellensollwinkel"
    VALUE
    0x82B8C0
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8C0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSGUDA
    "Sollwinkel für geringe Überschneidung Diagnose im Abgasstrang Auslaß"
    VALUE
    0x82CE36
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE36  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSGUDE
    "Sollwinkel für geringe Überschneidung Diagnose im Abgasstrang Einlaß"
    VALUE
    0x82B8C2
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8C2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSHMNA
    "Untere Schwelle Intervall Sollwinkel für Initialisierung I-Anteil"
    VALUE
    0x811D7A
    KwUb
    127.5
    kw_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSHMNE
    "Untere Schwelle Intervall Sollwinkel für Initialisierung I-Anteil"
    VALUE
    0x811D13
    KwUb
    127.5
    kw_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D13  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSHMXA
    "Obere Schwelle Intervall Sollwinkel für Initialisierung I-Anteil"
    VALUE
    0x811D7B
    KwUb
    127.5
    kw_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSHMXE
    "Obere Schwelle Intervall Sollwinkel für Initialisierung I-Anteil"
    VALUE
    0x811D14
    KwUb
    127.5
    kw_ub_q0p5
    0.00
    127.5

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D14  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSMNA
    "Minimal zulässiger Sollwert für Nockenwellenverstellung Auslass schliesst (LWOT)"
    VALUE
    0x82CE38
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE38  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSMNE
    "Minimal zulässiger Sollwert für Nockenwellenverstellung Einlass öffnet (LWOT)"
    VALUE
    0x82B8C4
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8C4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSMXA
    "Maximal zulässiger Sollwert für Nockenwellenverstellung Auslass schliesst (LWOT)"
    VALUE
    0x82CE3A
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE3A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSMXE
    "Maximal zulässiger Sollwert für Nockenwellenverstellung Einlass öffnet (LWOT)"
    VALUE
    0x82B8C6
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8C6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSPMN
    "Grenzwinkel Spätverschiebung für Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81E484
    KwSw
    1023.984
    kw_q0p0156
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E484  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSPMX
    "Grenzwinkel Frühverschiebung für Zuordnung Nockenwelle zu Kurbelwelle"
    VALUE
    0x81E486
    KwSw
    1023.984
    kw_q0p0156
    -512.0000
    511.9844

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E486  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSTA
    "Sollwinkel für Auslaßnockenwellenposition während Start"
    CURVE
    0x82CE3C
    KlASwSstSwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE3C  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSTE
    "Sollwinkel für Einlaßnockenwellenposition während Start"
    CURVE
    0x82B8C8
    KlAUbSstSwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8C8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSWOFA
    "Sollwinkel für Auslaßnockenwellenposition bei S_KL15 = aus"
    CURVE
    0x82CE4E
    KlASwSstSwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82CE4E  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWSWOFE
    "Sollwinkel für Einlaßnockenwellenposition bei S_KL15 = aus"
    CURVE
    0x82B8DA
    KlAUbSstSwWSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x82B8DA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WNWVAS
    "Winkel Auslassventil schließt in Verriegelungsposition bezogen auf LWOT"
    VALUE
    0x816D0A
    KwSw
    511.9922
    kw_sw_q0p0078
    -256.0000
    255.9922

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D0A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPEDKO
    "Pedalwinkelschwelle für KO-Ausschaltung"
    CURVE
    0x8124D2
    GklWUb
    99.61
    rel_ub_b100
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8124D2  0x8  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"

        AXIS_PTS_REF SNM08KOUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPEDU
    "Untere Schwelle Pedalwert für Antiruckelfunktion"
    VALUE
    0x8158BA
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8158BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPFGRBMR
    "Rückgerechneter Pedalwert beim Beschleunigen mit FGR"
    CURVE
    0x81EDDA
    KlAUwSstUwWUw
    99.99847
    rel_uw_b100
    0.00
    99.99847

    FORMAT "%8.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81EDDA  0x42  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        mrfgr_w
        rel_uw_b200
        16
        0.00
        199.9969

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPHN
    "Phasengang"
    CURVE
    0x82BB44
    KlAUbSstUbWSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x82BB44  0x11  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot
        nmot_ub_q40
        8
        0.00
        10200.

        FORMAT "%5.0"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPKDMN
    "Minimaler Pedalwert für Kick-Down-Erkennung"
    VALUE
    0x813A04
    KwUw
    100.0000
    relPED_uw_b100
    0.00
    100.0000

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813A04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPMXBR
    "Maximal zulässiger Pedalwert bei betätigter Bremse (vor Erkennung wped = 0)"
    VALUE
    0x810322
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810322  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPMXNOT
    "Maximal zulässiger Fahrpedalwert im PWG-Notfahren"
    VALUE
    0x810323
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810323  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPRMBVH
    "Pedalwertgrenze zur Rücknahme der Mißbrauchsverhinderung"
    VALUE
    0x810324
    KwUb
    100.0
    relPED_ub_b100
    0.00
    100.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810324  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WPRMX
    "maximaler Prädiktionswinkel"
    VALUE
    0x810ABB
    KwUb
    1530.
    kw_q6
    0.00
    1530.

    FORMAT "%5.0"
    
    /begin IF_DATA ETK  DP_BLOB 0x810ABB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WSNWSA
    "Toleranzwinkel für Sollwinkelgleichheit (Auslaß)"
    VALUE
    0x811D7C
    KwUb
    63.75
    kw_q0p25
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D7C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    WSNWSE
    "Toleranzwinkel für Sollwinkelgleichheit Einlass"
    VALUE
    0x811D15
    KwUb
    63.75
    kw_q0p25
    0.00
    63.75

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x811D15  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    XIMAX
    "Oberer Schranke interne Reglerzustände stetige Lambdaregelung"
    VALUE
    0x81666A
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81666A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    XIMIN
    "Untere Schranke interne Reglerzustaende stetige Lambdaregelung"
    VALUE
    0x81666C
    KwSw
    1.999969
    fak_sw_b1
    -1.000000
    0.9999695

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81666C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZAGRUN
    "Start des Aussetzergenerators"
    VALUE
    0x81861C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81861C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZAQUERWIV
    "Zeitkonstante des Tiefpassfilters für Querbeschleunigung"
    VALUE
    0x8184A2
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8184A2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATAKRML
    "Zeitkonstante fuer Abgastemperaturmodell Krümmer"
    CURVE
    0x81E676
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E676  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATAKRML2
    "Zeitkonstante fuer Abgastemperaturmodell Krümmer, Bank2"
    CURVE
    0x81E684
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E684  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMAML
    "Zeitkonstante fuer Abgastemperaturmodell"
    CURVE
    0x81E692
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E692  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMAML2
    "Zeitkonstante fuer Abgastemperaturmodell Bank2"
    CURVE
    0x81E6A0
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6A0  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMIKML
    "Zeitkonstante fuer Katalysatortemperaturmodell - Temperatur im Kat tikatm"
    CURVE
    0x81E6AE
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6AE  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMIKML2
    "Zeitkonstante fuer Katalysatortemperaturmodell - Temperatur im Kat Bank 2"
    CURVE
    0x81E6BC
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6BC  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMKML
    "Zeitkonstante fuer Katalysatortemperaturmodell - Kat-Temperatur tkatm"
    CURVE
    0x81E6CA
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6CA  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMKML2
    "Zeitkonstante fuer Katalysatortemperaturmodell - Kat-Temperatur Bank2"
    CURVE
    0x81E6D8
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6D8  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMRML
    "Zeitkonstante fuer Abgastemperaturmodell - Rohrwandtemperatur"
    CURVE
    0x81E6E6
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6E6  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMRML2
    "Zeitkonstante fuer Abgastemperaturmodell - Rohrwandtemperatur Bank2"
    CURVE
    0x81E6F4
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E6F4  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATMRW
    "Zeitkonstante für Rohrwandtemperaturmodell"
    CURVE
    0x81E7A0
    KlAUwSstUwWUw
    13107.000000
    zk200msxs_uw_b13107
    0.20000000000
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7A0  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATRKRML
    "Zeitkonstante fuer Abgastemperaturmodell - Rohrwandtemperatur Krümmer"
    CURVE
    0x81E702
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E702  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZATRKRML2
    "Zeitkonstante fuer Abgastemperaturmodell - Rohrwandtemperatur Krümmer, Bank2"
    CURVE
    0x81E710
    GklWUw
    13106.999997
    zk200msxs_uw_b13107
    0.20000305180
    13107.200000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E710  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml_w
        m_uw_b6553p5
        7
        0.00
        6553.500

        FORMAT "%8.3"

        AXIS_PTS_REF SML07TMUW

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBAKM
    "Abregelfaktor K-Speicher (tmot) BA"
    CURVE
    0x81944B
    GklWUb
    0.9961
    fak_q0p0039
    0.00
    0.9961

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81944B  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBALM
    "Abregelfaktor L-Speicher (tmot) BA"
    CURVE
    0x819454
    GklWUb
    0.1245
    fak_ub_b0p125
    0.00
    0.1245

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819454  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBRT
    "Zeitkonstante für Brennraumtempmodell"
    VALUE
    0x81F310
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F310  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBTEML
    "Integrationsgeschwindigkeit Beladungsfaktor"
    CURVE
    0x81A62E
    GklWUb
    6.101
    perio_ub_b6p125
    0.00
    6.101

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A62E  0x6  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        ml
        m_ub_b1020
        6
        0.00
        1020.

        FORMAT "%5.0"

        AXIS_PTS_REF SML06TEUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNABR
    "Verbrennungsanzahl für Entscheidung Adaptionsabbruch"
    VALUE
    0x810BDF
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BDF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNDEC
    "Zu überschreitende Verbrennungsanzahl für ""Abmagern"""
    VALUE
    0x810BE0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNLIM
    "Schwelle erkannte Verbrennungen für Wiederholstart"
    VALUE
    0x810D26
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810D26  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZBURNSOL
    "Erforderliche Verbrennungsanzahl für ""keine Anreicherung"""
    VALUE
    0x810BE1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZCANAIR
    "Zähler für Codierfehlererkennung der Airbagbotschaft"
    VALUE
    0x8101AE
    KwUb
    5.100
    t20msxs_ub_b5p1
    0.00
    5.100

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8101AE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDBTMN
    "Zeitkonstante Dynamikanteil Brennraumtemperaturmodell für negative Gradienten"
    CURVE
    0x81F312
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F312  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDBTMP
    "Zeitkonstante Dynamikanteil Brennraumtemperaturmodell für positive Gradienten"
    CURVE
    0x81F334
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F334  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        nmot_w
        nmot_uw_q0p25
        8
        0.00
        16383.75

        FORMAT "%8.2"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDELBMSRCH
    "Zusätzlicher Zahnoffset beim Warten auf BM im Schnellstart"
    VALUE
    0x8102A7
    KwUb
    6.000
    dez
    0.00
    6.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDFFDTE
    "Zeitkonstante für Hochpassfilter des Genaratorsignals"
    VALUE
    0x82A762
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A762  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDGZA1
    "Zündungszahl Abregelung Bereich 1"
    VALUE
    0x810A8E
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A8E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDGZA2
    "Zündungszahl Abregelung Bereich 2"
    VALUE
    0x810A8F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A8F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDGZA3
    "Zündungszahl Abregelung Bereich 3"
    VALUE
    0x810A90
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810A90  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKATAD
    "Filterzeitkonstante der Differenzierer für Signalamplitude"
    VALUE
    0x818A7D
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKATAF
    "Zeitkonstante Betrags-Filter für Signalamplitude"
    VALUE
    0x818A7E
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKATSH
    "Zeitkonstante Tiefpaß, Regellagendifferenz"
    VALUE
    0x818A7F
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A7F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKTBD
    "Zeitkonstante der Differenzierer für FR-Wechselanteil"
    VALUE
    0x818A80
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A80  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDKTBF
    "Zeitkonstante für Gasvermischungsvorgang vor Katalysator"
    VALUE
    0x818A81
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A81  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDRLKRA
    "Zeitkonstante für Tiefpass Lastgradient in KR"
    VALUE
    0x815518
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815518  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDSLAMX
    "Maximale Anzahl Wiederholungen aktive Zusatzdiagnose (Phasen 4+5)"
    VALUE
    0x8183E6
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDSU
    "Zeitkonstante für Filterung von pu und fho in GGDSU"
    VALUE
    0x818B93
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818B93  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDYNFA
    "Zählerwert für Dynamikmessung LSU bei Kurztest"
    VALUE
    0x818AA0
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZDYNLSU
    "Zählerwert für Dynamikmessung LSU"
    VALUE
    0x818AA1
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AA1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZERBR
    "Fehlerzähler für Bremsschalter-Unplausibilitäten"
    VALUE
    0x818AFA
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZETATE
    "Rampensteilheit für Veränderung Motorwirkungsgrad durch Tankentlüftung"
    VALUE
    0x82A6F4
    KwUw
    1279.590
    rgrad_uw_b1280
    0.3906250
    1279.980

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6F4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFBFZGL
    "Filterzeitkonstante für 16-bit-Beschleunigungssignal"
    VALUE
    0x8139DC
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139DC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFCNT1
    "Anzahl Zahnflanken im mittleren Geschwindigkeitsbereich"
    VALUE
    0x8139DE
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139DE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFCNT2
    "Anzahl Zahnflanken im oberen Geschwindigkeitsbereich"
    VALUE
    0x8139E0
    KwUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139E0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFDUSVK
    "Filterzeitkonstante für LSU-Spannungsabgleich vor Kat"
    VALUE
    0x8165AE
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165AE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFGRSDET
    "Zähler bis zum Lernen der Sender Informationen"
    VALUE
    0x818AD4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AD4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFLASKH
    "Zeitkonstante für Übergang auf Lambda-Abgas-Vorgabe"
    VALUE
    0x819867
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819867  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFLLRPL
    "Zeitkonstante: Aufregeln des P-Anteils auf dem Luftpfad"
    VALUE
    0x810F98
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F98  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFLMSSL
    "Zeitkonstante Gemischanteil Sekundärluft"
    VALUE
    0x8183A6
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A6  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFMDVERL
    "Zeitkonstante für Filterung Verlustmoment"
    VALUE
    0x81A256
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A256  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFNMOT
    "Filterzeitkonstante nmot für die Diagnose Tankentlüftungsventil"
    VALUE
    0x82A764
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A764  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRIH
    "Abschwächungsfaktor für Innenwiderstand Ri-Nernst-Filter hinter KAT"
    VALUE
    0x81E742
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E742  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRIN
    "Zeitkonstante für Filter rinlsu_w"
    VALUE
    0x8165EC
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165EC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRINCAL
    "Zeitkonstante für Filter krivk_w"
    VALUE
    0x8165EE
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165EE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRINSTART
    "Zeitkonstantre für Filter rinlsu_w nach Start"
    VALUE
    0x8165F0
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8165F0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRMFIL
    "Filterzeitkonstante Lambdareglergrößen"
    VALUE
    0x82A766
    KwUw
    5.9069645603
    zk100msxs_uw_b6553
    0.10000152590
    6.0069660862

    FORMAT "%12.10"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A766  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRMST
    "Zeitkonstante für frm-Filter (short test)"
    VALUE
    0x81948F
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81948F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFRMXAF
    "Filterzeitkonstante für frmxa_w Signal"
    VALUE
    0x82A768
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A768  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFTANS
    "Zeitkonstante Tiefpaßfilter Ansauglufttemperatur"
    VALUE
    0x827D5C
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D5C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZFV
    "Zeitkonstante für Filterung des Geschwindigkeitssignals"
    VALUE
    0x8139E2
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139E2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHLLA
    "Zeitzähler-Schwelle für Abbruch erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x827FE8
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FE8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZHLLE
    "Zeitzähler-Schwelle für erhöhte Solldrehzahl im Heiß-Leerlauf"
    VALUE
    0x827FEA
    KwUw
    13107.00
    t200msxs_uw_q0p2
    0.00
    13107.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZILRHFA
    "dlahi-Zeitkonstante für Funktionsanforderung Schnelladaption"
    VALUE
    0x81A4E1
    KwUb
    0.04980
    freq_ub_b0p05
    0.00
    0.04980

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A4E1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKARIH1
    "Filterzeitkonst.für Nachbildung Dynamik der Keramiktemperatur h. Kat"
    CURVE
    0x81E50C
    KlAUbSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E50C  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKARIH2
    "Filterzeitkonst.für Nachbildung Dynamik der Keramiktemperatur 2 h. Kat"
    CURVE
    0x81E522
    KlAUbSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E522  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        msabg2_w
        m_uw_b6553p5
        5
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKBKVAB
    "Zeitkonstante Absteuerung Momentenreserve Katheizen für BKV"
    VALUE
    0x819850
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819850  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADFK
    "Zeitkonstante für Adaption des Verlustmoments Fahrstufe und Kompressor ein"
    VALUE
    0x82937C
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82937C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADFS
    "Zeitkonstante für Adaption des Verlustmoments Fahrstufe ein"
    VALUE
    0x82937E
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x82937E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADKO
    "Zeitkonstante für Adaption des Verlustmoments Klimakompressor ein"
    VALUE
    0x829380
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x829380  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMADLL
    "Zeitkonstante für Adaption des Verlustmoments ohne Last"
    VALUE
    0x829382
    KwUw
    816.00000000
    zk200msxs_uw_b13107
    3.2000000000
    819.20000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x829382  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDMDW
    "Zeitkonstante für Abregelung D-Anteil Wandlermoment"
    VALUE
    0x810FF9
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FF9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKDRLSOL
    "Zeitkonstante für drlsol-Filterung"
    VALUE
    0x814E64
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x814E64  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKETR
    "Zeitkonstante I-Regler Thermostatregelung"
    VALUE
    0x81B24C
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFRAOA
    "Zeitkonstante für frao-Integrator, f(Anzahl Starts mit Ölverdünnung)"
    CURVE
    0x81F9D8
    KlAUwSstUwWUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9D8  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFRAUA
    "Zeitkonstante für frau-Integrator, f(Anzahl Stats mit Ölverdünnung)"
    CURVE
    0x81F9E6
    KlAUwSstUwWUw
    4.999924
    zk200msxs_uw_b5
    0.00
    4.999924

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9E6  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFRMSLS
    "Zeitkonstante für Filterung des frm in der Diagnose SLS"
    VALUE
    0x8183E7
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183E7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKFTEAD
    "Zeitkonstante gefilteter Faktor Beladung Spülstrom bei Tankentlüftung"
    VALUE
    0x82A6F6
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6F6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKGAFRANM
    "Zeitkonstante für Mittelwertsbildung von dgafra"
    CURVE
    0x81F36C
    KlAUwSstUwWUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F36C  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKHABB
    "Zeitkonstante für Abbruch-Tiefpass Katheizen"
    VALUE
    0x81983D
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81983D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLAMFAW
    "Zeitkonstante Filterung Anfettung durch Fahrerwunsch"
    VALUE
    0x827AFE
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827AFE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLAMKH
    "Zeitkonstante Lambda-Motor-Soll bei Katheizen"
    VALUE
    0x815388
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815388  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLANSWL
    "Zeitkonstante Filterung lamnswl_w"
    VALUE
    0x815106
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815106  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLBZ
    "Zeitkonstante des LBZ-Integrators"
    VALUE
    0x818AB1
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AB1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLDFPWMF
    "Zeitkonstante des Tiefpassfilters zur kldfpwm Filterung"
    VALUE
    0x81B40C
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B40C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKLLRD
    "Zeitkonstante für die Abregelung des D-Anteils"
    VALUE
    0x810F99
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F99  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDELL
    "Zeitkonstante Lüfter-Lastabregelung (Lüfter 1)"
    VALUE
    0x81A0ED
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDGEN
    "Zeitkonstante Generator-Lastabregelung"
    VALUE
    0x81A0EE
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0EE  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDKH
    "Filterzeitkonstante bei Wechsel von Teillast nach LL und umgekehrt"
    VALUE
    0x819851
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819851  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDKO
    "Zeitkonstante Klimakompressor-Lastabregelung"
    VALUE
    0x81A0EF
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0EF  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDSEV
    "Zeitkonstante Elektrische-Verbraucher-Lastabregelung"
    VALUE
    0x81A0F0
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F0  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDSLP
    "Zeitkonstante zur Abregelung des Einschaltmomentes der Sek-Luftpumpe"
    VALUE
    0x81A0F1
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F1  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWAB
    "Zeitkonstante für Abregelung der  Drehmomentaufnahme des Wandlers"
    VALUE
    0x810FFA
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFA  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWAUF
    "Zeitkonstante für Aufregelung der  Drehmomentaufnahme des Wandlers"
    VALUE
    0x810FFB
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFB  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMDWF
    "Zeitkonstante für Filterung Wandlermoment zur Bildung D-Anteil"
    VALUE
    0x810FFC
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFC  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKMSDKTHFM
    "Zeitkonstante schnelle Massenstromadaption (bei Abgleich mit HFM-Signal)"
    CURVE
    0x814B06
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x814B06  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNLST
    "Filterzeitkonstante Nachlaufzeitberechnung"
    VALUE
    0x81B24D
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNS
    "Zeitkonstante für Solldrehzahl bei Umschaltung"
    VALUE
    0x827FEC
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNSU
    "Zeitkonstante für Solldrehzahl bei Umschaltung (Aufsteuerung)"
    VALUE
    0x827FEE
    KwUw
    1310.6999997
    zk20msxs_uw_b1310p72
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FEE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWLL
    "Zeitfilter für NW-Bewegungsrichtung"
    VALUE
    0x827FF0
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF0  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWLLANH
    "Konstant für  Geschwindigkeit der Solldrehzahlanhebung nach KL"
    VALUE
    0x827FF2
    KwUw
    2548.008
    nmotg_uw_b2550
    1.992188
    2550.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF2  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWLLDIF
    "Konstant für  Geschwindigkeit der Solldrehzahlanhebung"
    VALUE
    0x827FF4
    KwUw
    2548.008
    nmotg_uw_b2550
    1.992188
    2550.000

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWLLNA
    "Konstant für  Geschwindigkeit der Solldrehzahlanhebung"
    VALUE
    0x827FF6
    KwUw
    2548.828
    nmotg_qn1p953125
    -2550.781
    -1.953125

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x827FF6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWVDA
    "Zeitkonstante Nockenwellenverstellung Auslass Diagnose"
    VALUE
    0x81A9F8
    KwUb
    25.4000
    zk100msxs_q0p1
    0.100000
    25.5000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWVDE
    "Zeitkonstante Nockenwellenverstellung Einlass Diagnose"
    VALUE
    0x81A94F
    KwUb
    25.4000
    zk100msxs_q0p1
    0.100000
    25.5000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A94F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWVDSA
    "Zeitkonstante Nockenwellenverstellung Sollwinkel Auslass Diagnose"
    VALUE
    0x81A9F9
    KwUb
    25.4000
    zk100msxs_q0p1
    0.100000
    25.5000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A9F9  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKNWVDSE
    "Zeitkonstante Nockenwellenverstellung Sollwinkel Einlass Diagnose"
    VALUE
    0x81A950
    KwUb
    25.4000
    zk100msxs_q0p1
    0.100000
    25.5000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A950  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPRIH
    "Filter für Nachbildung Dynamik der Sondenkeramiktemp.aus el.Heizleistung h.Kat"
    VALUE
    0x81E538
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E538  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPSFIL
    "Zeitkonstante für Filterung von Saugrohrdruck für KLAF-Berechnung in FUEDK"
    VALUE
    0x814CC4
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x814CC4  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKPVDKT
    "Zeitkonstante für langsame Massenstromadaption"
    CURVE
    0x81F20E
    KlAUwSstUwWUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F20E  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        pspvds_w
        fak_uw_b2
        8
        0.00
        1.999969

        FORMAT "%8.6"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKQMAXL1
    "Zeitkonstante für Rampenabsteuerung Lüfter 1 im Nachlauf"
    VALUE
    0x81B24E
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKQMAXL2
    "Zeitkonstante für Rampenabsteuerung Lüfter 2 im Nachlauf"
    VALUE
    0x81B24F
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B24F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRKATA
    "Integrationsgeschwindigkeit Integrator rkat, f(abo)"
    CURVE
    0x81F9F4
    KlAUwSstUwWUw
    959.9854
    zk200msxs_uw_b960
    0.00
    959.9854

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F9F4  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRKAZA
    "Integrationsgeschwindigkeit Integrator rkaz, f(abo)"
    CURVE
    0x81FA02
    KlAUwSstUwWUw
    959.9854
    zk200msxs_uw_b960
    0.00
    959.9854

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FA02  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        abo
        dez
        3
        0.00
        255.0

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKRMSTEV
    "Zeitkonstante Tiefpaßfilterung für Mode 6 DTEV"
    VALUE
    0x82A76A
    KwUw
    60.024769116
    zk100msxs_uw_b6553
    0.10000152590
    60.124770642

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A76A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKSLPOFF
    "Zeitkonstante Runterlauf Sekundärluftgebläse"
    VALUE
    0x8183A7
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A7  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKSLPON
    "Zeitkonstante Hochlauf Sekundärluftgebläse"
    VALUE
    0x8183A8
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8183A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKSLSOFML
    "Zeitkonstante Ausräumen der Sekundärluft nach Ventil schließen"
    CURVE
    0x81B5E8
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5E8  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKSLSONML
    "Zeitkonstante Einbringen der Sekundärluft nach Ventil öffnen"
    CURVE
    0x81B5FA
    KlAUwSstUwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B5FA  0x12  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        4
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKSM
    "Zeitkonstante DT1-Glied"
    VALUE
    0x81A353
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A353  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTABTU
    "Zeitkonstante für Motorabkühlung"
    CURVE
    0x827B8C
    KlAUbSstUbWUw
    65535.00
    t1sxs_uw_b65535
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B8C  0xE  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tumg
        temp_ub_q0p75_o48
        4
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTDRL
    "Zeitkonstante Tiefpaß, rl-Filterung"
    VALUE
    0x818A82
    KwUb
    12.7498039
    zk50msxs_ub_b12p8
    0.0501960784
    12.8000000

    FORMAT "%10.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x818A82  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTDTKM
    "Tiefpaß-Filterzeitkonstante für tkatm-Filterung"
    VALUE
    0x81E7D8
    KwUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E7D8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASNRLN
    "Filterzeitkonstante Soll-Kühleraustrittstemperatur bei neg. Gradient"
    VALUE
    0x81B250
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B250  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASNRLP
    "Filterzeitkonstante Soll-Kühleraustrittstemperatur bei pos. Gradient"
    VALUE
    0x81B251
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B251  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTKASO
    "Zeitkonstante Filter tkasoll"
    VALUE
    0x81B252
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B252  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMLINSS
    "Zeitkonstante für Tiefpassfilter tmotlin-Eingang Stuck-Signal-Check"
    VALUE
    0x827EBA
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827EBA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMSN
    "Filterzeitkonstante Soll-Motortemperatur bei neg. Gradient"
    VALUE
    0x81B253
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B253  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTMSP
    "Filterzeitkonstante Soll-Motortemperatur bei pos. Gradient"
    VALUE
    0x81B254
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B254  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKTPTOLTM
    "Zeitkonstante für Tiefpass Öltemperaturberechnung aus TMOT"
    VALUE
    0x82ADB6
    KwUw
    65534.000000
    zk1sxs_uw_b65535
    1.0000000000
    65535.000000

    FORMAT "%12.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x82ADB6  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBDLR
    "DLR, Zeitkonstante für Filterung von Ubatt"
    VALUE
    0x818AF8
    KwUb
    0.4980
    fak_ub_b0p5
    0.00
    0.4980

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x818AF8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBSQF01
    "Zeitkonstante für Tiefpassfilter ubsqf aus ubsq bei Berechnung im 100ms-Raster"
    VALUE
    0x81E968
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E968  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUBSQF10
    "Zeitkonstante für Tiefpassfilter ubsqf aus ubsq bei Berechnung im 10ms-Raster"
    VALUE
    0x8139CA
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139CA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKUEVERG
    "Filterzeitkonstante: Turbinendrehzahl bei Gangwechsel"
    VALUE
    0x810FFD
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810FFD  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKWDKSPT1
    "Zeitkonstante für Prädiktion DK-Winkel aus Sollwert"
    VALUE
    0x8104D2
    KwUb
    0.6973
    fak_q0p00273
    0.00
    0.6973

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8104D2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZKWLAFWL
    "Zeitkonstante Wichtung Offset Lambda-Motor-Soll"
    VALUE
    0x81928A
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81928A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLAMFT
    "Zeitkonstante für Filterung von lamsoni"
    VALUE
    0x8139BA
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139BA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLAMHP
    "Filterzeitkonstante für lamsoni_w Hochpass"
    VALUE
    0x8139BC
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139BC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLAMLP
    "Filterzeitkonstante für lamsoni_w Tiefpass"
    VALUE
    0x8139BE
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x8139BE  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLASHKAB
    "Zeitkonstante für Abregelung der dyn. Sollwertanhebung (dlasohkab) rin der LRHK"
    VALUE
    0x816740
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816740  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLASOHML
    "Zeitkonstante für PT1-Filter des Pseudo-Lambda hinter Kat"
    CURVE
    0x816742
    KlAUwSstUwWUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x816742  0xA  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        ml_w
        m_uw_b6553p5
        2
        0.00
        6553.500

        FORMAT "%8.3"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLBTS
    "Zeitkonstante Lambda Bauteileschutz"
    VALUE
    0x827D0C
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827D0C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZLIBG
    "Filterzeitkonstante für die Nachführung der Integratorgrenzen"
    VALUE
    0x810F9A
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMDDLWS
    "Zeitkonstant für Lenkhilfelastmoment"
    VALUE
    0x81A0F2
    KwUb
    5.09992
    zk20msxs_ub_b5p12
    0.0200784
    5.12000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A0F2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMDNSM
    "Zeitkonstante zur Abrgelung des Nachstart-Momentenoffset"
    CURVE
    0x829A84
    KlAUbSstUbWUw
    3276.7499992
    zk50msxs_uw_b3276p8
    0.050000762951
    3276.8000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x829A84  0x1A  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmot
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMLETAN
    "Zeitkonstante für Filterung zur Berechnung des Leerlaufenergiebedarf für DTEV"
    VALUE
    0x82A76C
    KwUw
    9.9054946573
    zk100msxs_uw_b6553
    0.10000152590
    10.005496183

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A76C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMLRO
    "Zeitkonstante mlroh-Tiefpaß bei Diagnose HFM/HLM"
    VALUE
    0x810969
    KwUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810969  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMLTE
    "Zeitkonstante für ml-Filter in beladungsabh. Tankentlüftung"
    VALUE
    0x82A6F8
    KwUw
    6553.4999985
    zk100msxs_uw_b655
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A6F8  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMRFABN
    "berechnet aktuelle Zeitkonstante des Tiefpaß (Dauerhochlast) mrfabnf_w"
    CURVE
    0x81FBA8
    KlAUwSstSwWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81FBA8  0x16  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        dmrfabn_w
        rel_sw_b100
        5
        -100.0000
        99.99695

        FORMAT "%8.4"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMSSGIN
    "Filterzeitkonstante für Berechnung der relativen Änderung von mssgin_w"
    VALUE
    0x81A634
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81A634  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZMSTEDTE
    "Zeitkonstante für Filterung des berechneten Massenstrom TEV"
    VALUE
    0x82A76E
    KwUw
    14.931191135
    zk100msxs_uw_b6553
    0.10000152590
    15.031192661

    FORMAT "%12.9"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A76E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNFNGLL
    "Filterzeitkonstante für Drehzahlgradient auf Luftpfad (LLR)"
    VALUE
    0x810F9B
    KwUb
    5.08000
    zk20msxs_ub_b5p1
    0.0200000
    5.10000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x810F9B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNGFIL
    "Zeitkonstante für Drehzahlgradient-Filter"
    VALUE
    0x81392E
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81392E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNGFILSU
    "Zeitkonstante für Drehzahlgradientfilterung"
    VALUE
    0x81F51C
    KwUw
    1310.6999997
    zk20msxs_uw_b1310
    0.020000305180
    1310.7200000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F51C  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNGKRA
    "Zeitkonstante für Tiefpaß Drehzahlgradient"
    VALUE
    0x81551A
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81551A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNMOTWIV
    "Zeitkonstante des Tiefpassfilters für Motordrehzahl"
    VALUE
    0x8184A3
    KwUb
    25.4996
    zk100msxs_ub_b25p5
    0.100392
    25.6000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x8184A3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNSUB
    "Zeitkonstante für Mindestsolldrehzahl bei Unterspannung"
    VALUE
    0x819EE4
    KwUb
    50.8000
    zk200msxs_ub_b51p2
    0.200000
    51.0000

    FORMAT "%7.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x819EE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWFILA
    "Zeitkonstante für Filter der NW-Geschwindigkeit  (Auslaß)"
    VALUE
    0x816D44
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D44  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWFILE
    "Zeitkonstante für Filter der NW-Geschwindigkeit Einlass"
    VALUE
    0x816D02
    KwUw
    0.9999847
    fak_uw_b1
    0.00
    0.9999847

    FORMAT "%9.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D02  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWSP
    "Zeitkonstante für Adaption-Spätanschlagposition"
    VALUE
    0x81028E
    KwUb
    99.61
    rel_ub_b99p6
    0.00
    99.61

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWVHA
    "Zeitschwelle für Verstellzeit bei der Halteposition erreicht wird  (Auslaß)"
    VALUE
    0x816D46
    KwSw
    2559.961
    t5msxms_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D46  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZNWVHE
    "Zeitschwelle für Verstellzeit bei der Halteposition erreicht wird"
    VALUE
    0x816D04
    KwSw
    2559.961
    t5msxms_q0p039
    -1280.000
    1279.961

    FORMAT "%8.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x816D04  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPHFLBM1
    "Nockenwellenflanken Nr. vor Bezugsmarke 1"
    VALUE
    0x81028F
    KwSb
    255.0
    dez
    -128.0
    127.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81028F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPWMCS
    "Anzahl Crash-Impulse bis Crash erkannt"
    VALUE
    0x81B28A
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZPWMCSMAX
    "Entprellzähler für Diagnose Crash-Signal"
    VALUE
    0x81B28B
    KwUb
    255.0
    DEZ
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B28B  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRFKMSDK
    "Zeitkonstante Reset Massenstromabgleich fkmsdk"
    VALUE
    0x81096E
    KwUb
    2.54000
    zk10msxs_ub_b2p55
    0.0100000
    2.55000

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x81096E  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRLFRAT
    "Filterzeitkonstante für die Berechnung der Zeitkonstante der FRAT-Adaption"
    VALUE
    0x8190ED
    KwUb
    3.72308
    zk200msxs_ub_b51p2
    0.200000
    3.92308

    FORMAT "%7.5"
    
    /begin IF_DATA ETK  DP_BLOB 0x8190ED  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZRLTEDTE
    "Zeitkonstante für Filterung der berechneten Füllung TEV"
    VALUE
    0x82A770
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x82A770  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNABR
    "Zündungsanzahl für Entscheidung Adaptionsabbruch"
    VALUE
    0x810BE2
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE2  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNAUSW
    "Anzahl Zündungen (Synchros) bis Auswerten"
    VALUE
    0x810BE3
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE3  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZSYNDEL
    "Anzahl ausgeblendete Verbrennungen für Verbrennungserkennung"
    VALUE
    0x810BE4
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x810BE4  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTDAGR
    "Zeitkonstante Temperaturdynamik bei AGR Auf- Abschaltung"
    VALUE
    0x81F356
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F356  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTMMBR
    "Zeitkonstante Motortemperatur für Brennraumtempmodell"
    VALUE
    0x81F358
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F358  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTOELKBI
    "Zeitkonstante für nmot-Filter"
    VALUE
    0x813628
    KwUw
    655.3500
    t10msxs_uw_b655p35
    0.00
    655.3500

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x813628  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTOELMAX
    "max. plausible Öltemperaturzeit"
    VALUE
    0x81C3FA
    KwUw
    127.8750
    t500msxs_q0p125
    0.00
    127.8750

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FA  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTOELMIN
    "min. plausible Öltemperaturzeit"
    VALUE
    0x81C3FC
    KwUw
    127.8750
    t500msxs_q0p125
    0.00
    127.8750

    FORMAT "%8.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81C3FC  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTPREL
    "Anzahl Zähne während der Starterkennung"
    VALUE
    0x8102A8
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x8102A8  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZTSPEV
    "Zeitkonstante zur Bildung der Spulentemperatur eines Einspritzventils"
    VALUE
    0x81F926
    KwUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F926  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUKBAE
    "Zeitkonstante ÜK-Ersatzwert BA"
    VALUE
    0x815198
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x815198  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUKNSTM
    "Abregelzeitkonstante ÜK-Faktor im Nachstart abhängig von tmot"
    CURVE
    0x827B24
    KlAUbSstUbWUw
    6553.4999985
    zk100msxs_uw_b6553
    0.10000152590
    6553.6000000

    FORMAT "%12.7"
    
    /begin IF_DATA ETK  DP_BLOB 0x827B24  0x1C  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZUKVAE
    "Zeitkonstante ÜK-Ersatzwert VA"
    VALUE
    0x81519A
    KwUw
    655.34999985
    zk10msxs_uw_b655
    0.010000152590
    655.36000000

    FORMAT "%12.8"
    
    /begin IF_DATA ETK  DP_BLOB 0x81519A  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVALM
    "Abregelfaktor L-Speicher (tmot) VA"
    CURVE
    0x81945D
    GklWUb
    0.1245
    fak_ub_b0p125
    0.00
    0.1245

    FORMAT "%6.4"
    
    /begin IF_DATA ETK  DP_BLOB 0x81945D  0x9  /end IF_DATA 
    /begin AXIS_DESCR

        COM_AXIS
        tmot
        temp_ub_q0p75_o48
        9
        -48.00
        143.3

        FORMAT "%5.1"

        AXIS_PTS_REF STM09ESUB

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZVSKS
    "Zeitkonstante Tiefpaßfilter für Kraftstoffverbrauch"
    VALUE
    0x81B255
    KwUb
    254.996
    zk1sxs_ub_b255
    1.00392
    256.000

    FORMAT "%7.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x81B255  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWAPPL
    "Applikationsschnittstelle Zündwinkelverstellung"
    VALUE
    0x812395
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x812395  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWC_T_UM
    "Fehlertoleranzzeit der Zündwinkelüberwachung in der Funktionsüberw."
    VALUE
    0x814015
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814015  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWDKM1
    "1. Zeitkonstante Dk-Modell"
    VALUE
    0x81510E
    KwUw
    2.550000
    zk10msxs_uw_b2p55T
    0.00
    2.550000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81510E  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWDKM2
    "2. Zeitkonstante Dk-Modell"
    VALUE
    0x815110
    KwUw
    2.550000
    zk10msxs_uw_b2p55T
    0.00
    2.550000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x815110  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWFUBAMN
    "Endwinkel der Mehrfachfunkenzündung, falls konfiguriert"
    VALUE
    0x81005D
    KwUb
    90.00
    zw_TR2OT_teeth_sy
    -30.00
    60.00

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81005D  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZWSPAEINI
    "Initwert für spätesten Zündwinkel"
    VALUE
    0x81AA0A
    KwSb
    191.3
    zw_sb_q0p75
    -96.00
    95.25

    FORMAT "%5.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81AA0A  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLANZB
    "Zylinderanzahl Bank 1"
    VALUE
    0x81E744
    KwUw
    5.000000
    fak_uw_b16
    1.000000
    6.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E744  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLANZB2
    "Zylinderanzahl Bank 2"
    VALUE
    0x81E746
    KwUw
    5.000000
    fak_uw_b16
    1.000000
    6.000000

    FORMAT "%8.6"
    
    /begin IF_DATA ETK  DP_BLOB 0x81E746  0x2  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLANZ_UM
    "Zylinderzahl für die Zündwinkelüberwachung in der Funktionsüberw."
    VALUE
    0x814016
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x814016  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLEAUS
    "auszublendender Zylinder"
    VALUE
    0x81029F
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x81029F  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYLKOR
    "Wert zur Zylinderkorrektur (tsroh zu zzyldmd)"
    VALUE
    0x810055
    KwUb
    5.000
    dez
    0.00
    5.000

    FORMAT "%5.3"
    
    /begin IF_DATA ETK  DP_BLOB 0x810055  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZYRKR
    "Zylinderzuordnung für maximale Referenzpegelbegrenzung Klopfregelung"
    VALUE
    0x819A6C
    KwUb
    255.0
    dez
    0.00
    255.0

    FORMAT "%5.1"
    
    /begin IF_DATA ETK  DP_BLOB 0x819A6C  0x1  /end IF_DATA 
/end CHARACTERISTIC

/begin CHARACTERISTIC

    ZZWEETM
    "Umschaltschwelle Vorlagerungswinkel"
    CURVE
    0x81F978
    KlAUwSstUwWUw
    65535.00
    dez
    0.00
    65535.00

    FORMAT "%8.2"
    
    /begin IF_DATA ETK  DP_BLOB 0x81F978  0x22  /end IF_DATA 
    /begin AXIS_DESCR

        STD_AXIS
        tmst
        temp_ub_q0p75_o48
        8
        -48.00
        143.3

        FORMAT "%5.1"
        DEPOSIT ABSOLUTE

    /end AXIS_DESCR

/end CHARACTERISTIC

/begin MEASUREMENT

    abak
    "Aufteilungsfaktor Wandfilm bei BA"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abfgrc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFFGRC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381890
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381890 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381890 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381890 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmf
    "Festeinspritzausblendmuster"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38076C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmist_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMIST"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381896
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381896 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381896 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381896 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmsrc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMSRC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381894
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381894 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381894 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381894 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmver_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMVER"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmzf_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMZF"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abmzul_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFMZUL"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38189A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38189A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38189A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38189A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abo
    "Anzahl Starts mit Benzin im Öl"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384019
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384019 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384019 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384019 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abr1_count
    "Nachstart Abregelzähler 1"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380766 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380766 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abreac_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFREAC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    abrkc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFRKC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38188E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38188E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38188E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38188E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    absgsc_uc
    "Befehlstest: Modulspezifischer Antwortbeitrag aus %UFSGSC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381880
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381880 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381880 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381880 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adastep
    "Adaptionsschritt für STADAP-Faktor"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380788 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380788 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    adcc_c_um
    "Fehlerzähler bei zueinander unplausiblen ADC-Werten für sp1s"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380310
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380310 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380310 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380310 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aebkvph_w
    "Anzahl Einschaltungen der BKV-Pumpe(high word)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382148
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382148 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382148 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382148 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aebkvpl_w
    "Anzahl Einschaltungen der BKV-Pumpe(low word)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38214A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38214A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38214A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38214A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aebkvp_l
    "Anzahl Einschaltungen der BKV-Pumpe"
    ULONG
    DEZL
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x383B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B04 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B04 EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aekp8bits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aeqkv_w
    "Kraftstoffverbrauchsäquivalent (Wartungsintervallverlängerung)"
    UWORD
    fak_q2p0em8
    1
    100
    0.00
    0.001310700

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x384AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afmimn
    "Bereichsfenster Aussetzer , minimale Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38299F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afmimx
    "Bereichsfenster Aussetzer , maximale Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3829A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afnmn
    "Bereichsfenster Aussetzer, minimale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    afnmx
    "Bereichsfenster Aussetzer, maximale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftmimn
    "Bereichsfenster Aussetzer, minimale Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38054E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftmimx
    "Bereichsfenster Aussetzer, maximale Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38054F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftnmn
    "Bereichsfenster Aussetzer, minimale Drehzahl, temporär"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380550
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380550 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380550 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380550 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aftnmx
    "Bereichsfenster Aussetzer, maximale Drehzahl, temporär"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380551
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380551 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380551 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380551 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahearv_w
    "Aussetzerhäufigkeit zum Erreichen der Ausblendung anderer Funktionen (aus AHEARV"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahkat
    "Mittelwert der Amplitude Sondensignal hinter Kat. korrigiert mit KB"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380624 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380624 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahkat2
    "Mittelwert der Amplitude Sondensignal hinter Kat. korrigiert mit KB (2.Bank)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380625
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380625 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380625 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380625 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahkatn
    "Amplitude Sondensignal hinter Katalysator normiert"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380626 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380626 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahkatn2
    "Amplitude Sondensignal hinter Katalysator normiert (Stereo 2.Bank)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380627
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380627 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380627 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380627 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahktki2_w
    "Amplitude Sondensignal hinter Kat. korrigiert und integiert"
    UWORD
    t50msxs_uw_b819p2
    1
    100
    0.00
    819.1875

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380FF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahktki_w
    "Amplitude Sondensignal hinter Katalysator korrigiert und integiert"
    UWORD
    t50msxs_uw_b819p2
    1
    100
    0.00
    819.1875

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380FF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahktnk
    "Korrigierte Sondensignal-Amplitude normiert"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380628 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380628 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ahktnk2
    "korrigierte Sondensignal-Amplitude normiert (Stereo 2.Bank)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380629
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380629 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380629 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380629 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aint
    "Anzahl Intervalle mit Katschädigung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380552
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380552 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380552 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380552 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aintkamin
    "Anzahl Intervalle mit Katschädigung für Ti-Abschaltung, Minimalwert"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38483F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akatbn
    "Amplitude der Katalysatorbelastungssignal"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38062A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akatbn2
    "Amplitude des Katalysatorbelastungssignals (Stereo 2.Bank)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38062B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akatbnk
    "korrigierte Amplitude der Katalysatorbelastungssignal"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38488A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    akatbnk2
    "korrigierte Amplitude der Katalysatorbelastungssignal, Bank2"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38488B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aleNvBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfofs
    "zählt Anzahl der NW-Umdr. von Bedingungen für Adaption erfüllt bis Lernbeginn"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfoh
    "zählt Anzahl der NW-Umdr. für Heilung der fuel-on/-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwfos
    "zählt Anzahl der NW-Umdr. von Bedingungen für Adaption erfüllt bis Lernbeginn"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anwst
    "zählt Anzahl der NW-Umdr. bei denen fuel-off Adaption nach Fertiglernen aktiv"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzainten
    "Anzahl Intervalle nach Start für Freigabe Ti-Abschaltung (200 KWU)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384840 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384840 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyn
    "Anzahl der Dynamikmessungen LSU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38066D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38066D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38066D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38066D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyn2
    "Anzahl der Dynamikmessungen LSU2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38066E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38066E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38066E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38066E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyst
    "Anzahl der Steigungsmessungen LSU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38066F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38066F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38066F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38066F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzdyst2
    "Anzahl der Steigungsmessungen LSU 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380670 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380670 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzeab
    "Anzahl Segmente Ev-Abschaltung für Notlauf Phasensuche"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38076D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzeausb
    "Anzahl der auszublendenen Einspritzungen; begrenzt zwischen 4 und 7"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380599
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380599 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380599 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380599 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzekpvl
    "Anzahl EKP Vorläufe ohne erreichen von Startende"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38402A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38402A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38402A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38402A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzfkuka
    "Anzahl berechnete Korrekturfaktoren während ÜK-Eingriff (ÜK-Adaption)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzfkuka2
    "Anzahl berechnete Korrekturfaktoren während ÜK-Eingriff Bank 2 (ÜK-Adaption)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzgangw
    "Anzahl erkannter Gangwechsel"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38069D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38069D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38069D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38069D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzhfma_w
    "Anzahl der HFM-Abtastungen über ein Synchro"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF37E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF37E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF37E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF37E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzkupplb
    "Anzahl erkannter Kupplungsbetätigungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38069E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38069E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38069E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38069E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzlvnwa
    "Anzahl der Löseversuche bei verriegelter Nockenwelle Auslaß"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzlvnwe
    "Anzahl der Löseversuche bei verriegelter Nockenwelle Einlaß"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzmsls2_w
    "Anzahl der dürchgeführten Sekundärluftmessungen (Bank2)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38402E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38402E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38402E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38402E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzmsls_w
    "Anzahl der dürchgeführten Sekundärluftmessungen"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384030
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384030 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384030 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384030 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzti
    "ti-Einspritzzähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF32C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF32C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF32C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF32C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib
    "Einspritzzähler begrenzt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF32D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF32D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF32D 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF32D INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib0_w
    "ti-Einspritzzähler bis Startende Einspritzung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3814BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib1_w
    "ti-Einspritzzähler ab Startende Einspritzung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3814C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztib_w
    "ti-Einspritzzähler mit Begrenzung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF34E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF34E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF34E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF34E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztip
    "Anzahl der hintereinander erfolgten Tip-Ups oder Tip-Downs"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380730 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380730 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztipud
    "Anzahl der hintereinander erfolgten Tips (Richtungsabhängig)"
    SBYTE
    dez
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380731
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380731 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380731 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380731 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anztis
    "Anzahl vom CIFI initialisierter ti's (Synchro-Abtastung)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzti_w
    "ti-Einspritzzähler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF350 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF350 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    anzwefim
    "Anzahl der abgearbeiteten Wiedereinsetzfaktoren"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apdtev
    "Anzahl der erfolgreichen DTEV Prüfungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38495D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apedkt
    "Anzahl der Prüfungen mit Fehlerergebnis bei Katdiagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38062C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    apedkt2
    "Anzahl der Prüfungen mit Fehlerergebnis bei Katdiagnose (Bank2)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38062D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aquer
    "Querbeschleunigung von der Bremse 2-Botschaft (CAN)"
    SBYTE
    acc_sb_q0p1
    1
    100
    -12.80
    12.70

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aquerc
    "Querbeschleunigung von der Bremse 2-Botschaft (CAN ohne Diagnose)"
    UBYTE
    acc_q0p01o1p27g
    1
    100
    -1.270
    1.280

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380500
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380500 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380500 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380500 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    aquerf_w
    "Querbeschleunigung gefiltert"
    SWORD
    acc_sw_q3p91em4
    1
    100
    -12.80000
    12.79961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    arimean_w
    "Arithmetischer Mittelwert für Dynamikkompensation"
    SWORD
    tsquant
    1
    100
    -26214.40
    26213.60

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    asgphnpl
    "Kennwert für Bit - Plausibilisierung aus MDASGPH"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    asgphnpl_bt
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    atmAusBitsNov
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    atmLokBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    auscf_c_um
    "Fehlerzähler im DauerRAM für nicht angezogenes Hauptrelais (Diagnose) in %UMAUSC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383900
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383900 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383900 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383900 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausc_c_um
    "Prüfungszähler im DauerRAM für nicht angezogenes Hauptrelais im Abschaltpfadtest"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383902
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383902 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383902 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383902 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausgh_c_um
    "Heilungszähler für Fehler in der zyklischen RAM-Prüfung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380315
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380315 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380315 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380315 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausg_c_um
    "Fehlerzähler für zyklische RAM-Prüfung in der Funktionsüberwachung"
    UBYTE
    dezsub1
    1
    100
    1.000
    256.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380316
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380316 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380316 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380316 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    auszh_c_um
    "Heilungszähler für Fehler in der zyklischen ROM-Prüfung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380317
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380317 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380317 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380317 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ausz_c_um
    "Fehlerzähler für zyklische ROM-Prüfung in der Funktionsüberwachung"
    UBYTE
    dezsub1
    1
    100
    1.000
    256.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380318
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380318 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380318 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380318 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avak
    "Aufteilungsfaktor Wandfilm bei VA"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avdtev
    "Anzahl der nicht erfolgreichen DTEV Prüfversuche"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38495E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avkatf
    "AmplitudenVerhältnis laafh/laafv gefiltert"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3829C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avkatf2
    "Amplitudenverhältnis laafh/laafv gefiltert Bank2"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3829C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    avkatfm
    "AmplitudenVerhältnis gefiltert und Mittelwert aus avkatf und avkatf2"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38489B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azFadeStatBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF20E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF20E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF20E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF20E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azfdoff
    "Anforderungsbyte Zündausblendung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF20F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF20F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF20F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF20F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azlrdkt
    "Lambdaregler-Zwangsamplitude aus Kat-Diagnose"
    UBYTE
    fak_ub_b0p25
    1
    100
    0.00
    0.249023438

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x38062E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azoffmsk_w
    "Ausblendmaske Zündausgabe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF232
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF232 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF232 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF232 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azoff_w_bt
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azpdtefre
    "Anzahl Prüfungen Faktor Lambdaregelung auf eingeschwungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38495F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azycnt
    "Anzahl der wg. katschädigender Aussetzer abgeschalteten Zylinder"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380558
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380558 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380558 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380558 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    azylwe
    "Anzahl wiedereingesetzter Zylinder"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38079B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b2gra_um
    "CAN GRA-Botschaft Byte 2 in FU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b3gra_um
    "CAN GRA-Botschaft Byte 3 in FU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbd2ctr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbdcy
    "Byte für Bedingung B_dcy als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380564 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380564 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbdmdmil
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKDbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKHZausbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKHZlokBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BBKHZlokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bblkderf
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbno
    "Byte für Bedingung B_no  als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp1
    "Byte für Bedingung B_sp1 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380559
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380559 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380559 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380559 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp2
    "Byte für Bedingung B_sp2 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbsp3
    "Byte für Bedingung B_sp3 als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbtim
    "Byte für Bedingung B_tim als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380565
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380565 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380565 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380565 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bbwuc
    "Byte für Bedingung B_wuc als Triggerevent in DCLA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380567
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380567 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380567 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380567 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrsbr
    "FGR-Sollbeschleunigung bei aktivem Bremseneingriff"
    UBYTE
    bfgrsc_ub_q0p024_o3p984
    1
    100
    -3.984
    2.136

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380452 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380452 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrsc
    "FGR-Sollbeschleunigung für CAN-Ausgabe"
    UBYTE
    bfgrsc_ub_q0p024_o3p984
    1
    100
    -3.984
    2.136

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfgrs_w
    "FGR-Sollbeschleunigung"
    UWORD
    bfzg_uw_q4p239Em4
    1
    100
    0.00
    27.78029

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381190
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381190 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381190 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381190 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfmimn
    "Referenzmoment für Aussetzererkennung, Minimum"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38055B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfmimx
    "Referenzmoment für Aussetzererkennung, Maximum"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38055C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfnmn
    "Bereichsfenster Motorbetrieb, minimale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38055D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfnmx
    "Bereichsfenster Motorbetrieb, maximale Drehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38055E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfzgl_b
    "Fahrzeuglängsbeschleunigung"
    SBYTE
    bfzg_sb_q0p217
    1
    100
    -27.78
    27.56

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38069F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38069F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38069F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38069F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bfzgl_w
    "Fahrzeugbeschleunigung in Längsrichtung"
    SWORD
    bfzg_sw_q4p239Em4
    1
    100
    -13.8903552
    13.8899313

    
    FORMAT "%10.7"
    
    ECU_ADDRESS 0x381106
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381106 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381106 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381106 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGARNWausbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGARNWlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGBNausbits0
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgcvn_bits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384851
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384851 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384851 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384851 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGDVEintbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgelsvAusBitsKoop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38067B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgelsvAusBitsNovKoop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgelsvLokBitsKoop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38067C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGMSZSbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgra_c_um
    "Fehlerzähler: Botschaftsabsicherung GRA-Botschaft"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabsaAusBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits1_50ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits2_50ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtabstBits3_1000ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BGTOLausbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bgtumgBits_1000ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bitbuffer
    "Temporäre Variable"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    BKVlokbits0
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bkvpea_ctr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bkvpena_ctr
    ""
    UWORD
    dez
    1
    100
    0.00
    1.000

    BIT_MASK 0x1
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3849DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bmLosCtr_w
    "Zähler (Word) Neusynchronisationen durch Lückenverlust"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38388C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38388C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38388C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38388C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bmzzyl
    "Initialisierungswert Zylinderzähler nach erster Bezugsmarke"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bracc_c_um
    "Entprellzähler für betätigte Bremse in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    brafgr_w
    "Rampenbeschleunigung FGR"
    UWORD
    bfzg_uw_q4p239Em4
    1
    100
    0.00
    27.78029

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381192
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381192 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381192 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381192 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    brems_c_um
    "Entprellzähler für betätigte Bremse in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bresp_c_um
    "Entprellzähler für betätigte Bremse"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bsc
    "Radbeschleunigungssignal aus ABS-Sensorsignal berechnet"
    UBYTE
    acc_ub_b55p55
    1
    100
    0.00
    55.34

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380562
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380562 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380562 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380562 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bssp
    "Speicherwert Signal Beschleunigungssensor"
    UWORD
    acc_uw_b55p55
    1
    100
    0.00
    55.55471

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380E20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bswk_w
    "Fahrzeugbeschleunigung vor Setzwertkorrektur"
    SWORD
    nmotg_sw_b13p89
    1
    100
    -13.88998
    13.88956

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381194
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381194 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381194 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381194 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzgra_a_um
    "Botschaftszähler (alter Wert) der GRA-Canbotschaft in der Überwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzgra_um
    "Botschaftszähler der GRA-Canbotschaft in der Überwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzmsr_a_uc
    "alter MSR-Botschaftszähler fuer Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzmsr_a_um
    "alter MSR-Botschaftszähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzsgs_c_uc
    "Botschaftszähler für SGS-Überwachung des Befehlstestes"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bzsgs_c_um
    "Botschaftszähler für SGS-Überwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_air
    "Botschaftszähler der Airbag-Botschaft"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380501
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380501 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380501 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380501 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_anh
    "Zähler Anhänger"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384822 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384822 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_bl
    "Zähler Bremslicht (ILM: intelligentes Leistungsmodul)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384823
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384823 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384823 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384823 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_can
    "Botschaftszähler bei ASR/MSR"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380502
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380502 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380502 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380502 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cang1
    "Botschaftszähler der Botschaft Getriebe 1"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380503
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380503 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380503 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380503 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cange
    "Botschaftszähler aus Getriebe 2"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380504
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380504 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380504 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380504 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cange_bt
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_cmf
    "Botschaftszähler für Botschaft Motor Flexia"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_diff
    "Botschaftszählerdifferenz Botschaft Bremse 1"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_gra
    "CAN-Botschaftszähler für GRA"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_mot6
    "Botschaftszähler Motor6"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_mot8
    "Botschaftszähler CAN-Botschaft Motor8"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_msr
    "MSR-Botschaftszähler"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_msr_bt
    "MSR-Botschaftszähler im Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A09
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A09 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A09 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A09 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_sgsa_uc
    "Alter Botschaftwert für SGS-Überwachung des Befehlstestes"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3809FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_sgsa_um
    "SGS-Botschaftszähler aus vorheriger Berechnung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    bz_tog
    "Botschaftszaehler TOG-Botschaft"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380505
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380505 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380505 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380505 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_ack
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_ident
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_notadr
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_0101_switch
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_2ph
    "Bedingung, daß zweite Phasenflankeninformation vorliegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_3ph
    "Bedingung, daß dritte Phasenflankeninformation vorliegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_4wd
    "Bedingung Allrad-Antrieb"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aagnp
    "Anhänger-Anschlußgerät unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aagsg
    "Bedingung AAG-SG verbaut"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aakuppl
    "Anforderung Adaption Kupplung Homogenbetrieb vom Getriebe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aakupplc
    "Anforderung Adaption Kupplung Homogenbetrieb vom Getriebe (nicht plausibilisiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aakupst
    "Statusbit Anforderung Adaption Kupplung Homogenbetrieb vom Getriebe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgien
    "Bedingung Ende 1000 KWU Intervall"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgle
    "Bedingung: Fehler beim Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgstg
    "Bedingung Modelltemperatur (tkatm od. tanhkm_w) hinter KAT ist oberhalb Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abgstg2
    "Bedingung Modelltemp. (tkatm od. tanhkm_w) liegt oberhalb Schwelle Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abkl
    "Bedingung: Abgasklappe ansteuern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abor
    "Bedingung Anzahl Starts mit Benzin im Öl für reduzierte LRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_absdia
    "Bedingung ABS in Diagnose (CAN-Info)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_absf
    "Bit ABS-Fehler Radsignal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_absfgr
    "Bedingung ABS-Bremsung (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstgp
    "Bedingung Abstellzeitermittlung gültig und plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstmnpl
    "Bedingung Abstellzeit aus Motorabkühlung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnl
    "Bedingung Abstellzeitermittlung über SG-Nachlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnlg0
    "Abstellzeitermittlung über SG-Nachlauf gültig und plausibel, NV-Hilfsgröße"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnlgp
    "Bedingung Abstellzeitermittlung über SG-Nachlauf ist gültig und plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstnpl
    "Bedingung Abstellzeitermittlung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abstuhrg
    "Bedingung Abstellzeitermittlung aus Uhr gültig und plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abw
    "Bedingung Abwürgen Motor"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_abws
    "Bedingung Abwürgeschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_acc
    "Bedingung: ACC-Steuergerät vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accak_um
    "Bedingung ""ACC aktiv"" (CAN-Info vom ACC) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accen
    "Bedingung ADR über Login freigeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accen_um
    "ACC-Einschaltung gültig in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_accof_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_acres
    "Bedingung für Aufbau einer Drehmomentenreserve bei Klimabereitschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ad
    "Bedingung Adaption erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb0
    "Bedingung Adaptionsbereich 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb1
    "Bedingung Adaptionsbereich 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adb2
    "Bedingung Adaptionsbereich 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_add
    "Bedingung Plausibilitäts- und Differenzbedingung für aktuelles PUS_W erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AAF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adlck
    "Richtungsabhängige Startadaptionssperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrbot
    "Bedingung ADR-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrgra
    "Bedingung ADR/GRA-Codierung vom SMLS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrgra_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrkra
    "Bedingung Adaptionswerte von KR resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrldra
    "Ladedruck Adaptionswerte löschen bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrlra
    "Bedingung Adaptionswerte LRA resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrmdver
    "Bedingung Verlustmomentenadaption löschen bei Fehlerspeicher Lösschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrmsdk
    "Bedingung Adaptionswerte DK  resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adrsta
    "Bedingung Adaptionswerte von STADAP resetieren bei Fehlerspeicher löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adsh
    "Bedingung Adernschluß bei Lambdasonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adsh2
    "Bedingung Adernschluß bei Lambdasonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adshs
    "Bedingung Adernschluß ""setzen"" bei Lambdasonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adshs2
    "Bedingung Adernschluß ""setzen"" bei Lambdasonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adwfk
    "Bedingung Adaptionswert Fahrstufe und Kompressor ein verwenden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adwfs
    "Bedingung Adaptionswert Fahrstufe ein verwenden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_adwko
    "Bedingung Adaptionswert Klimakompressor ein verwenden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aeqkvc
    "Bed.: Kraftstoffverbrauchsäquivalent für CAN bereitstellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afgrbs
    "Bedingung Aktualisierung FGR-Bediensignale erforderlich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afklt
    "Bereichsfenster Aussetzer, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aftklt
    "Bereichsfenster Aussetzer, temporär, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aftwrm
    "Bereichsfenster Aussetzer, temporär, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afwe
    "Bedingung Anzahl der Wiedereinsetzfaktoren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_afwrm
    "Bereichsfenster Aussetzer, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrlrasp
    "Bedingung Sperren der Gemischadaption während der AGR-Kennlinienadaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrrdy
    "Bedingung AGR geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_agrste
    "Bedingung AGR von Tankentlüftung gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbag
    "Bedingung Airbag ausgelöst"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz
    "Bedingung Botschaftszähler der Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz1
    "Bedingung Botschaftszählerdifferenz größer Grenzwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airbz2
    "Bedingung Botschaftszählerdifferenz = 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aircan
    "Bedingung Crash vom Airbag-SG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_airnbot
    "Bedingung keine Airbagbotschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ale
    "Bedingung Motorabstellposition erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrbot
    "Bedingung Botschaft Bremse 1 wird empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsren
    "Bedingung ASR/MSR-Eingriff erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrf
    "Bedingung ASR-MSR Konsistenzfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrinpl
    "Bedingung ASR/MSR-Eingriff irreversibel verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrknpl
    "Bedingung unplausible Konsistenzprüfung bei ASR/MSR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsrn
    "Bedingung ASR-MSR nicht aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_amsr_t
    "Bedingung MSR zulässig (Master-SG)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_analu
    "Ausblendung nach dem ersten erkannten Aussetzer läuft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anherk
    "Anhänger erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anhold
    "Anhänger-Bot. nicht empfangen (1s), veraltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlasc
    "Bedingung Anlasser Ausspuren (CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlaus
    "Bedingung für Anlasser ausgerückt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anlfr
    "Bedingung Anlasser Freigabe (CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anschlag
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anwsea
    "Bedingung Endstufe-NW (Auslaß, Bank1) angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384989
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384989 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384989 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384989 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anwva
    "Ansteuerung NW-Ventil Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anwve
    "Ansteuerung NW-Ventil Einlaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzhzkh
    "Beding. Anzahl der Heizereinkoppl. zum Sonden Signal ist erreicht hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzhzkh2
    "Beding. Anz. der Heizereinkoppl. zum Sonden Signal ist erreicht hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzhzoh
    "Bedingung Anzahl der Heizungs-Ausschaltungen ist erreicht hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzhzoh2
    "Bedingung Anzahl der Heizungs-Ausschaltungen ist erreicht hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzsls
    "Bedingung Anzahl der ausgewerteten SL-Messungen größer als Schwellwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_anzsls2
    "Bedingung Anzahl der ausgewerteten SL-Messungen größer als Schwellwert (Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_apnoluv
    "Verriegelungsbit: Applikationshilfe DK-Notluftfahren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_appnolu
    "Bedingung: DK-Notluftfahren durch Applikation angefordert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aquer
    "Bit: Querbeschleunigung / Timer-Skalierung (Bremse 2-Botschaft)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_aquerc
    "Bit: Querbeschleunigung / Timer-Skalierung (CAN ohne Diagnose)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ar
    "Antiruckeleingriff aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_argf
    "Bedingung Gangfenster Antiruckel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asc_reg
    "CAN-Botschaft: ASC regelt (mit Bremsen-Eingriff)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asent
    "Bedingung : Fehler E_ase bereits vor Tank-Leer vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asetl
    "Bedingung abgasrelevante Aussetzer wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asg20ms
    "abgeleitetes 20 ms-Raster ASG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgab
    "Motorabschaltung ASG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asginpl
    "Bedingung : ASG-Eingriff irreversibel verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgknpl
    "Bedingung : unplausible Konsistenzprüfung bei ASG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgneut
    "Bedingung ASG-Eingriff neutralisiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgnpl_R
    "Rücksetzbedingung ASG nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgnpl_S
    "Setzbedingung ASG nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgphnpl
    "ASG-Eingriff physikalisch unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgphnpl_bt
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgpl
    "Bedingung : ASG-Eingriff plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgpli
    "Bedingung : ASG-Eingriff plausibel intern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asgpli_bt
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_AsicComDisable
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asknt
    "Bedingung : Fehler E_ask bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asktl
    "Bedingung katschädigende Aussetzer wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asm
    "Automatisches Schaltgetriebe vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asr
    "Bedingung für ASR aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asrakt
    "ASR-Funktion aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asresp
    "Bedingung ASR/ESP verbaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asrfz
    "Bedingung für ASR im Fahrzeug"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_asr_can
    "Bedingung ASR-Anforderung über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_astat
    "Bedingung Anforderung Statistikteil für Diagnose Sekundärluft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_astat2
    "Bedingung Anforderung Statistikteil für Diagnose Sekundärluft (Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atev
    "Bedingung Endstufendiagnose TEV auf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmng
    "Bedingung modellierte Temperaturen aus %ATM nicht gülig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmst
    "Bedingung Startwert tabgmst,tkatmst berechnet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmst2
    "Bedingung Startwert tabgmst, tkatmst berechnet Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpa
    "Bedingung Taupunkt vor Kat ueberschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpa2
    "Bedingung Taupunkt2 vor Kat ueberschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpf
    "Bedingung Taupunkt vor Kat überschritten (last trip)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpf2
    "Bedingung Taupunkt vor Kat überschritten (last trip) Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpk
    "Bedingung Taupunkt hinter Kat ueberschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpk2
    "Bedingung Taupunkt2 hinter Kat ueberschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpl
    "Bedingung Taupunkt hinter Kat überschritten (last trip)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_atmtpl2
    "Bedingung Taupunkt hinter Kat überschritten (last trip) Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_auakt
    "Bedingung Abgasuntersuchung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ausw
    "Bedingung Auswerten nach Verbrennungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_autget
    "Bedingung Automatikgetriebe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcair
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcbr2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcgat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcgra
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcif
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avcins
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avckla
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avclws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avctog
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avczas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avgecod
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtes
    "Leckdiagnose ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtmki
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_avtol
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_azoffzag
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ba
    "Bedingung Beschleunigungsanreicherung (Anzeige)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bag
    "Bedingung starke Beschleunigungsanreicherung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_batnot
    "Bedingung Batterie-Notstart bei 2 Batterie-Bordnetz-Konzept"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbdecj
    "Bedingung Abwürgschutz DECJ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbkoptuf
    "Anforderung Brennbarkeit optimieren aus Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bboak_um
    "Bedingung ""brake booster aktiv"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bboe_um
    "Fehlerhafte Botschaft ""Bremsbooster"" in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbovf_um
    "Bedingung ""brake booster verfügbar"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bbubr
    "Bedingung Betriebsbereich Endstufendiagnose durch Versorgungsfehler abschaltbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beaatun
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beakre
    "Bedingung Bandendeanforderung für Fehler Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beanws
    "Bedingung Bandende-Funktionsanforderung NWS Endstufe (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beanwse
    "Bedingung Bandende-Funktionsanforderung NWS Endstufe (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beasgnpl
    "Bedingung Bandende-Funktionsanforderung: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebkvp
    "Bedingung Bandende-Funktionsanforderung BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebkvpe
    "Bedingung Bandende-Funktionsanforderung BKV-Pumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebm
    "Bedingung Bandende-Funktionsanforderung Bezugsmarke erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebrems
    "Bedingung Bandende-Funktionsanforderung Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bebznpl
    "Bedingung Bandende-Funktionsanforderung: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becair
    "Bedingung Bandende Funktionsanforderung : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becairp
    "Bedingung Bandende Funktionsanforderung : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becas
    "Bedingung Bandende-Funktionsanforderung: CAN-Schnittstelle ABS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becat
    "Bedingung Bandende Funktionsanforderung : CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becbr2
    "Bedingung Bandende Funktionsanforderung : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becbsg
    "Bedingung Bandende Funktionsanforderung : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becgat
    "Bedingung Bandende Funktionsanforderung : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becge
    "Bedingung Bandende-Funktionsanforderung: CAN-Schnittstelle TCM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becgra
    "Bedingung: Bandendefunktionanford. für Signalfehler CAN-Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becif
    "Bedingung Bandende-Funktionsanforderung CAN-Schnittstelle interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_becins
    "Bedingung Bandende Funktionsanforderung : Botschaft Kombi"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beckla
    "Bedingung Bandende Funktionsanforderung : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beclws
    "Bedingung Bandende Funktionsanforderung : Lenkwinkel-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bectog
    "Bedingung Bandende Funktionsanforderung : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beczas
    "Bedingung Bandende Funktionsanforderung : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk
    "Bedingung Bandende-Funktionsanforderung Drosselklappe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk1p
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedk2p
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedpl
    "Bedingung Bandende-Funktionsanforderung für Dauerplus Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedsbkv
    "Bedingung Bandende-Funktionsanforderung BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedsu
    "Bedingung: Bandende-Funktionsanforderung DSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvee
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvef
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvefo
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvel
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedven
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedver
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveu
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveub
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedveuw
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedvev
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedylsu
    "Bedingung: Bandendefunktionanford. für DDYLSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bedylsu2
    "Bedingung: Bandendefunktionanford. für DDYLSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beegfe
    "Bedingung: Bandende-Anforderung bei Eingangsgrößen der Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beegsbgr
    "Bed. Bandende-Funktionsanforderung:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beenws
    "Bedingung Bandende-Funktionsanforderung NWS (Einlass,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beenwse
    "Bedingung Bandende-Funktionsanforderung NWS Endstufe (Bank1, Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beepcle
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev1
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev2
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev3
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev4
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev5
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beev6
    "Bedingung Bandendeanforderung  für Fehler Endstufe EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befku
    "Bed. Bandende-Funktionsanforderung:  Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beflp
    "Bandende-Funktionsanforderung Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befp1p
    "Bedingung Bandendeanford. für Fehler Poti1 FPM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befp2p
    "Bedingung Bandendeanford. für Fehler Poti2 FPM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrao
    "Bedingung: Bandendefunktionanford. für FRAO"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrao2
    "Bedingung: Bandendefunktionanford. für FRAO2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrau
    "Bedingung: Bandendefunktionanford. für FRAU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrau2
    "Bedingung: Bandendefunktionanford. für FRAU2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrst
    "Bedingung: Bandendefunktionanford. für LR- Kurztest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_befrst2
    "Bedingung: Bandendefunktionanford. für LR- Kurztest (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_begecod
    "Bedingung Bandende Funktionsanforderung : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_begrbh
    "Bedingung Bandende-Funktionsanforderung für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behelsu
    "Bedingung: Bandendefunktionanford. für DHELSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behelsu2
    "Bedingung: Bandendefunktionanford. für DHELSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behre
    "Bedingung Bandende-Funktionsanforderung: Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsh
    "Bedingung: Bandendefunktionanford. für %DHLS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsh2
    "Bedingung: Bandendefunktionanford. für %DHLS Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behshe
    "Bedingung Bandende-Funktionsanforderung Endstufe Sondenheizung nach Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behshe2
    "Bedingung Bandende-Funktionsanforderung Endstufe Sondenheizung nach Kat Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsv
    "Bedingung: Bandendefunktionanford. für %DHRLSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsv2
    "Bedingung: Bandendefunktionanford. für %DHRLSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsve
    "Bedingung: Bandendefunktionanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_behsve2
    "Bedingung: Bandendefunktionanforderung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beiclsu
    "Bedingung: Bandendefunktionanford. für Prüfung Auswerte-IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beiclsu2
    "Bedingung: Bandendefunktionanford. für Prüfung Auswerte-IC der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekat
    "Bedingung Bandende-Funktionsanforderung Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekat2
    "Bedingung Bandende-Funktionsanforderung Katalysatordiagnose, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekpe
    "Bedingung Bandendeanforderung für Fehler Endstufe EKP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrnt
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrof
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Integrator Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekrtp
    "Bedingung Bandende-Funktionsanforderung Klopfregelung Diagnose Testpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beks1
    "Bedingung Bandende-Funktionsanforderung Diagnose Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beks2
    "Bedingung Bandende-Funktionsanforderung Diagnose Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beks3
    "Bedingung Bandende-Funktionsanforderung Diagnose Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beks4
    "Bedingung Bandende-Funktionsanforderung Diagnose Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bekuppl
    "Bedingung Bandende-Funktionsanforderung Kupplungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bela
    "Freigabe Lüfteransteuerung bei Bandende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belash
    "Bedingung Bandende-Funktionsanforderung Schwingungsprüfung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belash2
    "Bedingung Bandende-Funktionsanforderung Schwingungsprüfung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belavh
    "Bedingung Bandende-Funktionsanforderung Vollast-Prüfung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belavh2
    "Bedingung Bandende-Funktionsanforderung Vollast-Prüfung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beldpe
    "Bedingung Bandende-Funktionsanforderung für Endstufe LDP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bellr
    "Bedingung: Bandende-Funktionsanford. für Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belm
    "Bedingung Bandende-Funktionsanforderung Luftmassensensor (HFM/DSS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsh
    "Bedingung Bandende-Funktionsanforderung elktr. Diag. Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsh2
    "Bedingung Bandende-Funktionsanford. elktr. Diag. Lambda-Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belshv
    "Bedingung Bandende-Funktionsanforderung Sondenvertauschung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuia
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuia2
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IA, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuip
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuip2
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung IP, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuks
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung Kurzschluss"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuks2
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung Kurzschluss, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuun
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung UN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuun2
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung UN, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuvm
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsuvm2
    "Bedingung: Bandende-Fkt.-Anforderung: LSU-Leitungsprüfung VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsv
    "Bedingung Bandende-Funktionsanforderung elktr. Diag. Lambda-Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsv2
    "Bedingung Bandende-Funktionsanforderung elktr. Diag. Lambda-Sonde vor KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belsvv
    "Bedingung Bandende-Funktionsanforderung vertauschte Lambda-Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belue1
    "Bedingung Bandende-Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_belues1e
    "Bedingung Bandende-Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bema
    "Bedingung Bandende-Funktionsanforderung: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd
    "Bedingung Bandende-Funktionsanforderung Erkennung mehrfacher Aussetzer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd00
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd01
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd02
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd03
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd04
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemd05
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemdb
    "Bedingung Bandende-Funktionsanforderung MDB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bemfa
    "Bedingung Bandende-Funktionsanforderung: MIL-Fremdanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ben
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benwkw
    "Bedingung Bandende-Funktionsanforderung Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benwkw2
    "Bedingung Bandende-Funktionsanforderung Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_benx
    "Bedingung: Bandendefunktionanford. für DNMAX"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beph
    "Bedingung: Bandendefunktionanford. für Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beph2
    "Bedingung: Bandendefunktionanford. für Phasengeber 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bepllsu
    "Bedingung: Bandendefunktionanford. für DPLLSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bepllsu2
    "Bedingung: Bandendefunktionanford. für DPLLSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bepwgde
    "Bedingung: Bandendetest Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berkat
    "Bedingung: Bandendefunktionanford. für RKAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berkat2
    "Bedingung: Bandendefunktionanford. für RKAT2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berkaz
    "Bedingung: Bandendefunktionanford. für RKAZ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_berkaz2
    "Bedingung: Bandendefunktionanford. für RKAZ2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bescr
    "Bedingung Bandende Funktionsanforderung : Crashabschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besgeep
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besgeew
    "Bedingung Bandende-Funktionsanforderung: Steuergerät defekt (EEPROM WFS-Bereich)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beslpe
    "Bedingung Bandendeanforderung setzt Fehler Sekundärluftpumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besls
    "Bedingung Bandende-Funktionsanforderung Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besls2
    "Bedingung Bandende-Funktionsanforderung Sekundärluftsystem, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beslv
    "Bedingung Bandende-Funktionsanforderung SLS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beslv2
    "Bedingung Bandende-Funktionsanforderung SLS, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beslve
    "Bedingung Bandendeanforderung setzt Fehler Sekundärluftventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_besue
    "Bedingung Bandendeanforderung für Endstufe Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beswe
    "Bedingung Bandende-Funktionsanforderung Beschleunigungss. f Schlechtwegerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beta
    "Bedingung Bandende-Funktionsanforderung Ansauglufttemperaturfühler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betankl
    "Bedingung Bandende-Funktionsanforderung TANKL"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betes
    "Bedingung Bandende-Funktionsanforderung Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betesf
    "Bedingung Bandende-Funktionsanforderung TESF"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betesg
    "Bedingung: Bandendetest für Groblecktest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beteve
    "Bedingung Bandendeanford. für Fehler Tanentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betka
    "Bedingung Bandende-Funktionsanforderung: TKA-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betm
    "Bedingung Bandende-Funktionsanforderung Motortemperaturfühler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betmki
    "Bedingung Bandende-Funktionsanforderung Motortemperatur üb. Kombiinstrument tmki"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betol
    "Bedingung Bandende-Funktionsanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_betum
    "Bedingung Bandende-Funktionsanforderung Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beub
    "Bedingung: Bandendefunktionanford. für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beubr
    "Bedingung: Bandendefunktionanford. für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufmv
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufnc
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufrlip
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufsga
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufsgb
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufska
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beufspsc
    "Bedingung Bandende:Fktüberwachung-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beulsu
    "Bedingung: Bandendefunktionanford. für DULSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beulsu2
    "Bedingung: Bandendefunktionanford. für DULSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurram
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurrom
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_beurrst
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevab
    "Bedingung EV-Abschaltung auf Bank/Bank1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevab2
    "Bedingung EV-Abschaltung auf Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bevfz
    "Bedingung Bandende-Funktionsanforderung für Fehlerpfad Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bewfs
    "Bedingung Bandende-Funktionsanforderung Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bewfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet1
    "Zündkreisfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bezwpe
    "Bedingung Bandende-Funktionsanforderung Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bfklt
    "Bereichsfenster Motorbetrieb, Bedingung kalt, TMOT<TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bfwrm
    "Bereichsfenster Motorbetrieb, Bedingung warm, TMOT>TMWUC"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bgrae_um
    "Fehler in GRA-Botschaft in der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkaatun
    "Bedingung Ersatzwert für Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkakre
    "Bedingung Ersatzwert aktiv Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkanws
    "Bedingung Ersatzwert aktiv: NWS (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkanwse
    "Bedingung Ersatzwert aktiv: NWS Endstufe (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkasgnpl
    "Bedingung Ersatzwert aktiv: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbkvp
    "Bedingung Ersatzwert aktiv: BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbkvpe
    "Bedingung: Bremskraftverstärker-Pumpe-Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbm
    "Bedingung Ersatzwert aktiv: Bezugsmarke"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbrems
    "Bedingung Ersatzwert aktiv: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkbznpl
    "Bedingung Ersatzwert aktiv: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcair
    "Bedingung : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcairp
    "Bedingung : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcas
    "Bedingung: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcat
    "Bedingung: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcbr2
    "Bedingung : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcbsg
    "Bedingung : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcgat
    "Bedingung : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcge
    "Bedingung: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcgra
    "Bedingung: CAN-Schnittstelle, Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcif
    "Bedingung: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkcins
    "Bedingung: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkckla
    "Bedingung : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkclws
    "Bedingung: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkctog
    "Bedingung : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkczas
    "Bedingung : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk
    "Bedingung Eratzwert aktiv: Fehler Drosselklappenpoti löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk1p
    "Bedingung Ersatzwert aktiv: Drosselklappe 1.Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdk2p
    "Bedingung Ersatzwert aktiv: Drosselklappe 2.Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdpl
    "Bedingung: Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdsbkv
    "Bedingung Ersatzwert aktiv: BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdsu
    "Bedingung: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvee
    "Bedingung: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvef
    "Bedingung: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvefo
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvel
    "Bedingung: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdven
    "Ersatzwert aktiv: DV-E Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdver
    "Bedingung: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveu
    "Ersatzwert aktiv: DV-E UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveub
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdveuw
    "Bedingung Ersatzwert aktiv: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdvev
    "Ersatzwert aktiv: DV-E Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdylsu
    "Bedingung Ersatzwert aktiv: Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkdylsu2
    "Bedingung Ersatzwert aktiv: Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkegfe
    "Bedingung: Ersatzwert aktiv bei Eingangsgrößen der Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkegsbgr
    "Bedingung Ersatz aktiv:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkenws
    "Bedingung Ersatzwert aktiv: NWS (Einlass,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkenwse
    "Bedingung Ersatzwert aktiv: NWS Endstufe (Bank1, Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkepcle
    "Bedingung: Fahrverhaltens-Fehllampe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev1
    "Bedingung: Einspritzventil 1 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev2
    "Bedingung: Einspritzventil 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev3
    "Bedingung: Einspritzventil 3 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev4
    "Bedingung: Einspritzventil 4 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev5
    "Bedingung: Einspritzventil 5 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkev6
    "Bedingung: Einspritzventil 6 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfku
    "Bedingung Ersatzwert aktiv: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkflp
    "Ersatzwert aktiv für Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfp1p
    "Bedingung: Fahrpedal 1.Potentiometer aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfp2p
    "Bedingung: Fahrpedal 2.Potentiometer aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrao
    "Ersatzwert für FRAO aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrao2
    "Ersatzwert für FRAO aktiv Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrau
    "Ersatzwert für FRAU aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrau2
    "Ersatzwert für FRAU aktiv Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrst
    "Bedingung: LR-Abweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkfrst2
    "Bedingung: LR-Abweichung Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkgecod
    "Bedingung : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkgrbh
    "Bedingung ersatzwert aktiv für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhelsu
    "Bedingung Ersatzwert aktiv: Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhelsu2
    "Bedingung Ersatzwert aktiv: Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhre
    "Bedingung Ersatzwert aktiv: Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsh
    "Bedingung: Lambdasondenheizung hinter Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsh2
    "Bedingung: Lambdasondenheizung hinter Kat. aktiv, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhshe
    "Bedingung: Lambdasondenheizung hinter Kat. Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhshe2
    "Bedingung: Lambdasondenheizung hinter Kat. Bank 2 Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsv
    "Bedingung: Lambdasondenheizung vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsv2
    "Bedingung: Lambdasondenheizung vor Kat. aktiv, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsve
    "Bedingung Ersatzwert aktiv: Heizer Lambdasonde"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkhsve2
    "Bedingung Ersatzwert aktiv: Heizer Lambdasonde, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkiclsu
    "Bedingung Ersatzwert aktiv: Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkiclsu2
    "Bedingung Ersatzwert aktiv: Auswerte-IC für LSU,Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkat
    "Bedingung Ersatzwert für Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkat2
    "Bedingung Ersatzwert für Katalysator, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkpe
    "Bedingung Ersatzwert für  EKP-Relais Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrnt
    "Bedingung: Klopfregelung Nulltest aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrof
    "Bedingung: Klopfregelung Offset aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkrtp
    "Bedingung: Klopfregelung Testimpuls aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkks1
    "Bedingung: Klopfsensor 1 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkks2
    "Bedingung: Klopfsensor 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkks3
    "Bedingung: Klopfsensor 3 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkks4
    "Bedingung: Klopfsensor 4 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkkuppl
    "Ersatzwert aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklash
    "Bedingung: Lambdasondenalterung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklash2
    "Bedingung: Lambdasondenalterung hinter Kat. Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklavh
    "Bedingung: Lambdasondenalterung (Vollast) hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklavh2
    "Bedingung: Lambdasondenalterung (Vollast) hinter Kat. Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkldpe
    "Bedingung: Leckdiagnosemodul Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkllr
    "Bedingung: Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklm
    "Bedingung: Hauptlastsensor aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsh
    "Bedingung: Lambdasonde hinter Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsh2
    "Bedingung: Lambdasonde hinter Kat. aktiv Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklshv
    "Bedingung: Lambdasonden-Vertauschung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuia
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuia2
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IA, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuip
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuip2
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung IP, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuks
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfungen auf Kurzschluss"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuks2
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfungen auf Kurzschluss, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuun
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung UN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuun2
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung UN, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuvm
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsuvm2
    "Bedingung Ersatzwert aktiv: LSU-Leitungsprüfung VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsv
    "Bedingung: Lambdasonde vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsv2
    "Bedingung: Lambdasonde vor Kat. aktiv Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklsvv
    "Bedingung: vertauschte Lambdasonde vor Kat. aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklue1
    "Bedingung: Ersatzwert atkiv Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bklues1e
    "Bedingung Ersatzwert aktiv: Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkma
    "Bedingung Ersatzwert aktiv: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd
    "Flag für Ersatzwert: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd00
    "Flag für Ersatzwert: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd01
    "Flag für Ersatzwert: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd02
    "Flag für Ersatzwert: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd03
    "Flag für Ersatzwert: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd04
    "Flag für Ersatzwert: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmd05
    "Flag für Ersatzwert: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmdb
    "Bedingung: Momentanüberwachung (bergrenzt dauerhaft) aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkmfa
    "Bedingung: Ersatzwert aktiv MIL-Fremdanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkn
    "Bedingung: Drehzahlsignalgeber aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknwkw
    "Bedingung: Zuordnung Nockenwelle zu Kurbelwelle aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknwkw2
    "Bedingung: Zuordnung Nockenwelle 2 zu Kurbelwelle aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bknx
    "Flag für Ersatzwert: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkph
    "Bedingung: Phasengeber aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkph2
    "Bedingung: Phasengeber Bank 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkpllsu
    "Bedingung Ersatzwert aktiv: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkpllsu2
    "Bedingung Ersatzwert aktiv: Plausibilität der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkpwgde
    "Bedingung Ersatzwert aktiv: Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkrkat
    "Ersatzwert für RKAT aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkrkat2
    "Ersatzwert für RKAT aktiv Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkrkaz
    "Ersatzwert für RKAZ aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkrkaz2
    "Ersatzwert für RKAZ aktiv Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkscr
    "Bedingung: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksgeep
    "Bedingung Ersatzwert aktiv: EEPROM-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksgeew
    "Bedingung: Steuergerät defekt (EEPROM WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkslpe
    "Bedingung: Sekundärluftpumpe ( Endstufe) aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksls
    "Bedingung: Sekundärluftsystem aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksls2
    "Bedingung: Sekundärluftsystem Bank 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkslv
    "Bedingung: Sekundärluftventil aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkslv2
    "Bedingung: Sekundärluftventil Bank 2 aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkslve
    "Bedingung: Sekundärluftventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bksue
    "Bedingung: Ersatzwert Saugrohrumschaltung Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkswe
    "Bedingung Ersatzwert aktiv: Schlechtwegerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkta
    "Bedingung Ersatzwert für Ansauglufttemperatur (/Ladelufttemp.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktankl
    "Bedingung: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktes
    "Bedingung Ersatzwert aktiv Tankdiagnose Tankentlüftungsventil offen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktesf
    "Bedingung Ersatzwert aktiv Tankdiagnose Feinleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktesg
    "Bedingung Ersatzwert aktiv Tankdiagnose Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkteve
    "Bedingung: Tankentlüftungsventil Endstufe aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktka
    "Bedingung Ersatzwert für Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktm
    "Bedingung Ersatzwert für Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktmki
    "Bedingung Ersatzwert für Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktol
    "Bedingung Ersatzwert für (Motor-)Oel-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bktum
    "Bedingung Ersatzwert für Umgebumgstemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkub
    "Bedingung Ersatzwert für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkubr
    "Bedingung Ersatzwert für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufmv
    "Bedingung: Funktionsüberwachung Momentanvergleich aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufnc
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufrlip
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufsga
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufsgb
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufska
    "Bedingung: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkufspsc
    "Bedingung Ersatzwert aktiv:Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkulsu
    "Bedingung Ersatzwert aktiv: Spannungssignal LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkulsu2
    "Bedingung Ersatzwert aktiv: Spannungssignal LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurram
    "Bedingung: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurrom
    "Bedingung: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkurrst
    "Bedingung: Rechnerüberwachung: RESET"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkva
    "Bedingung BKV angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvagrab
    "Bedingung AGR aus wegen Bremskraftverstärker"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvdkhab
    "Bedingung: Momentreserve für KH abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvfz
    "Bedingung Ersatzwert aktiv: Fahrzeuggeschwindigkeitssignal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvkoma
    "Bedingung: (Klima-) Kompressor abschalten, da nicht genügend Unterdruck in BKV"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvkomab
    "Bedingung: (Klima-) Kompressor abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvleer
    "Bedingung Bremskraftverstärker ohne ausreichenden Unterdruck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnkhab
    "Bedingung: LL-Drehzahl für KH abschalten, da nicht genügend Unterdruck in BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnwab
    "Bedingung Nockenwelle in Position mit min- Überschneidung wenn BKV leeer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvnwum
    "Bedingung Nockenwelle in Position mit min- Überschneidung wenn BKV leer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvp
    "Bedingung: Bremskraftverstärker-Pumpe ansteuern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvpa
    "Bedingung: Bremskraftverstärker-Pumpe ansteuern, da BKV zu wenig unterdruck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvpea
    "Bedingung: Endstufe BKV Pumpe angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvpena
    "Bedingung: Endstufe BKV-Pumpe nicht angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvv
    "Bedingung BKV verbaut (für Auswertung Bremse)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkvvc
    "Bedingung BKV verbaut (Rohsignal)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkwfs
    "Bedingung: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkwfsrc
    "Bedingung: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet1
    "Zündkreisfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bkzwpe
    "Bedingung Ersatzwert aktiv: Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bl
    "Bedingung Bremslichtschalter betätigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blanhd
    "Bremslicht Anhänger defekt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blc
    "Bedingung Bremslichtschalter betätigt für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkeb
    "MIL-Ansteuerung blinkend eigenbestimmt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkfb
    "MIL-Ansteuerung blinkend fremdbestimmt durch externes SG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blkmd
    "MIL-Ansteuerung blinkend durch Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blld
    "Bremslicht links defekt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blmd
    "Bremslicht mitte defekt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blrd
    "Bremslicht rechts defekt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blrka
    "Bedingung gesteuertes Katalysator-Ausräumen angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_blrka2
    "Bedingung gesteuertes Katalysator-Ausräumen angefordert, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bm
    "Bedingung Bezugsmarke erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br
    "Bedingung Bremstestschalter betätigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br1en
    "Bedingung Empfang Botschaft Bremse 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br2bot
    "Bedingung Botschaft Bremse 2 wurde empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br2k
    "Bedingung Bremse betätigt 2-kanalig erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_br3bot
    "Bedingung Botschaft Bremse 3 wurde empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brc
    "Bedingung Bremstestschalter betätigt für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_break1a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_break1e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_break2a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_break2e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brems
    "Bedingung Bremse betätigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brems_um
    "Bedingung Bremse getreten für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brfgr_um
    "Bedingung Bremse getreten für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brufs
    "Bedingung Fahrstufe und Bremse betätigt, kombiniert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_brvfp
    "Bedingung Bremse betätigt vor Fahrpedal"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsgbot
    "Bedingung Nachrichtenempfang (aktuell) : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsglue
    "Lüfteranforderung vom Bordnetzsteuergerät über CAN (BSG_Last)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bsl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Beschleunigen in Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_buf
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_burn
    "letzte Verbrennung als erfolgreich erkannt (dnmot_w > dnburnsol)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_busoffer
    "Bedingung CAN Busoff-Error erkannt und Fehlerspeichereintrag gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bus_off
    "Bedingung CAN Busoff erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bvhfm
    "Bedingung: Bordnetzversorgung HFM"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bvhls
    "Bedingung: Bordnetzversorgung Lambdasondenheizung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bzge3
    "Bedingung Botschaftszählerfehler: Botschaft Getriebe 3"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bzsync
    "system has not yet detected a gap"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_bztafx
    "Bedingung Betriebszyklus-Bedingungen im Normalbetrieb f.TANS-Sensor-FixPrüfung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf0
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF0)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf1
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf2
    "Ansteuersignal zum Einstellen der Filtermittenfrequenz des CC195 (Pin BF2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95bf3
    "Ansteuersignal zum Eintstellen der Filtermittenfrequenz des CC195 (Pin BF3)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95ks3
    "Ansteuersignal für den Nulltest des CC195"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95_g0
    "Ansteuerung der Verstärkerstufe des CC195 (PIN G0)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95_g1
    "Ansteuerung der Verstärkerstufe des CC195 (Pin G1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_c95_g2
    "Ansteuerung der Verstärkerstufe des CC195 (Pin G2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cankbi
    "Bedingung Kombi-Botschaft erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_canlws
    "Bedingung LWS-Botschaft erkannt (bei autom. Erkennung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagr
    "Funktion über Codewort CDAGR freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdagrl
    "Funktion über Codewort CDAGRL freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdanws
    "Funktion über Codewort CDNWS freigegeben (Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdatr
    "Bedingung: Diagnose Abgastemperaturregelung freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdats
    "Bedingung Diagnose Abgastemperatursensor freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdbkvp
    "Funktion über Codewort CDBKVP freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddsbkv
    "Funktion über Codewort CDDSBKV freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddst
    "Funktion über Codewort CDDST freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cddylsu
    "Funktion über Codewort CDDYLSU freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdegfe
    "Bedingung: Diagnose DEGFE freigegeben."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdehfm
    "Funktion %DHFM über Codewort CDEHFM in %KONCW freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdenws
    "Funktion über Codewort CDNWS freigegeben (Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdgts
    "Bedingung: Funktion GGGTS über Codewort CDGGGTS freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhelsu
    "Funktion über Codewort CDHELSU freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhrlsu
    "Bedingung Funktion %DHRLSU über CDHRLSU freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhrlsue
    "Bedingung: Funktion über Codewort CDHRLSUE freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsh
    "Funktion über Codewort CDHSH freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhshe
    "Funktion über Codewort CDHSHE freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsv
    "Funktion über Codewort CDHSV freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdhsve
    "Funktion über Codewort CDHSVE freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdiclsu
    "Bedingung: Funktion über Codewort CDICLSU freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkat
    "Funktion über Codewort CDKAT freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdkvs
    "Funktion über Codewort CDKVS freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlasf
    "Funktion über Codewort CDLASF freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlash
    "Funktion über Codewort CDLASH freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlatp
    "Funktion über Codewort CDLATP freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlatv
    "Funktion über Codewort CDLATV freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdldp
    "Funktion über Codewort CDLDP freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdllr
    "Funktion normale Drehzahldiagnose über Codewort CDLLR freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsa
    "Funktion über Codewort CDLSA freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsfhv
    "Bedingung DLSFHV freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsh
    "Funktion über Codewort CDLSH freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlshv
    "Funktion über Codewort CDLSHV freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsv
    "Funktion über Codewort CDLSV freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdlsvv
    "Funktion über Codewort CDLSVV freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdma
    "Bedingung Ausgabe doppelte Momente auf CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdmd
    "Funktion über Codewort CDMD freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdnws
    "Funktion über Codewort CDNWS freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdpllsu
    "Bedingung: Funktion über Codewort CDPLLSU freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdsalsu
    "Bedingung: Diagnosefunktion DSALSU über Codewort CDSALSU eingeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdsls
    "Funktion über Codewort CDSLS freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdswe
    "Funktion über Codewort CDSWE freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdtankl
    "Funktion über Codewort CDTANKL freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdtes
    "Funktion über Codewort CDTES freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cdulsu
    "Bedingung: Funktion über Codewort CDULSU freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfgra
    "Bedingung fehlerhafte CAN-Botschaft GRA-Bediensignale"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfkuka
    "Bedingung Berechnung Korrekturfaktor UK-Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfkuka2
    "Bedingung Berechnung Korrekturfaktor UK-Adaption Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfuka
    "Bedingung UK-Adaptionsfaktor berechnen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cfuka2
    "Bedingung UK-Adaptionsfaktor berechnen (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ci2cjx
    "Bedingung Änderung Init2 Register für CJ125"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ci2cjx2
    "Bedingung Änderung Init2 Register für CJ125, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cicjx
    "Bedingung Änderung Init Register für CJ120 u. CJ125"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cicjx2
    "Bedingung Änderung Init Register für CJ120 u. CJ125, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cins1bot
    "Bedingung Botschaft Kombi 1 empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cins2bot
    "Bedingung Botschaft Kombi 2 empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cins3bot
    "Bedingung Botschaft Kombi 3 empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ckien
    "Bedingung CAN-Übertragung vom Kombiinstrument enable"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ckrivk
    "Bedingung:  Berechnung von krivk"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF4AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ckrivk2
    "Bedingung:  Berechnung von krivk, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF4AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cksbrdy
    "Checksummenberechnung ist fertig (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384851
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384851 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384851 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384851 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_claatun
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clakre
    "Bedingung Fehlerpfad Abgasklappe Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clanws
    "Bedingung Fehlerpfad Nockenwellensteuerung (Auslaß,Bank1) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clanwse
    "Bedingung Fehlerpfad Nockenwellensteuerung Endstufe löschen (Bank1,Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clasgnpl
    "Clearbit Fehlerspeicher löschen: ASG-Signal nicht plausibel."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbkvp
    "Bedingung: Fehlerpfad Bremskraftverstärker-Pumpe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbkvpe
    "Bedingung Fehlerpfad Bremskraftverstärker-Pumpe-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbm
    "Bedingung Fehlerpfad Bezugsmarkengeber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbrems
    "Bedingung Fehlerpfad BREMS (Bremsschalter) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clbznpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcair
    "Bedingung Fehlerpfad  cair löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcairp
    "Bedingung Fehlerpfad  cairp löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcas
    "Bedingung Fehlerpfad CAS löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcat
    "Bedingung Fehlerpfad CAT löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcbr2
    "Bedingung Fehlerpfad  cbr2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcbsg
    "Bedingung Fehlerpfad  cbsg löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcgat
    "Bedingung Fehlerpfad  cgat löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcge
    "Bedingung Fehlerpfad CGE löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcgra
    "Bedingung Fehlerpfad  cgra löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcif
    "Bedingung Fehlerpfad CIF löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clcins
    "Bedingung Fehlerpfad CINS löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clckla
    "Bedingung Fehlerpfad  ckla löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clclws
    "Bedingung CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clctog
    "Bedingung Fehlerpfad  ctog löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clczas
    "Bedingung Fehlerpfad  czas löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk
    "Bedingung Fehlerpfad DK (Drosselklappen-Poti) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk1p
    "Bedingung Fehlerpfad DK1P (Drosselklappen-Poti 1) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldk2p
    "Bedingung Fehlerpfad DK2P (Drosselklappen-Poti 2) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldpl
    "Bedingung Fehler Dauerplus löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldsbkv
    "Bedingung: Fehlerpfad Bremskraftverstärkerdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldsu
    "Bedingung: Fehlerpfad Umgebungsdrucksensor löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvee
    "Flag für Löschmaßnahmen: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvef
    "Flag für Löschung: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvefo
    "Flag für Löschung: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvel
    "Flag für Löschmaßnahmen: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldven
    "Flag für Löschung: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldver
    "Flag für Löschmaßnahmen: DV-E Regelabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvet
    "Flag für Löschung: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveu
    "Flag für Löschung: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveub
    "Flag für Löschung: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldveuw
    "Flag für Löschung: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldvev
    "Flag für Löschung: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldylsu
    "Fehlerpfad in DDYLSU löschen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cldylsu2
    "Fehlerpfad in DDYLSU löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clegfe
    "Bedingung Fehlerpfad EGFE löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clegsbgr
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clenws
    "Bedingung Fehlerpfad Nockenwellensteuerung (Einlaß,Bank1) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clenwse
    "Bedingung Fehlerpfad Nockenwellensteuerung Endstufe löschen (Bank1,Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clepcle
    "Bedingung Fehlerpfad EPCL-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev1
    "Bedingung Fehlerpfad EV 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev2
    "Bedingung Fehlerpfad EV 2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev3
    "Bedingung Fehlerpfad EV 3 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev4
    "Bedingung Fehlerpfad EV 4 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev5
    "Bedingung Fehlerpfad EV 5 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clev6
    "Bedingung Fehlerpfad EV 6 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfku
    "Clearbit Fehlerspeicher löschen: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clflp
    "Fehlerpfad Flash Programmierung löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfp1p
    "Flag für Löschmaßnahmen: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfp2p
    "Flag für Löschmaßnahmen: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrao
    "Bedingung Fehlerpfad FRAO löschen (obere Multipl. Bereich)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrao2
    "Bedingung Fehlerpfad FRAO2 löschen (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrau
    "Bedingung Fehlerpfad FRAU löschen (untere Multipl. Bereich)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrau2
    "Bedingung Fehlerpfad FRAU2 löschen (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrst
    "Bedingung Fehlerpfad FRST löschen (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clfrst2
    "Bedingung Fehlerpfad FRST löschen (Kurztest Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clgecod
    "Bedingung Fehlerpfad  gecod löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clgrbh
    "Flag für Löschmaßnahmen: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhelsu
    "Bedingung Fehlerflag ""Heizereinkopplung LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhelsu2
    "Bedingung Fehlerflag ""Heizereinkopplung LSU"" löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhre
    "Bedingung Fehlerpfad Hauptrelaisendstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsh
    "Bedingung Fehlerpfad DHLSHK löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsh2
    "Bedingung Fehlerpfad DHLSHK2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhshe
    "Bedingung Fehlerpfad DHLSHK löschen (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhshe2
    "Bedingung Fehlerpfad DHLSHK2 löschen (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsv
    "Bedingung Fehlerpfad DHLSVK löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsv2
    "Bedingung Fehlerpfad DHLSVK2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsve
    "Bedingung Fehlerpfad DHLSVK löschen (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clhsve2
    "Bedingung Fehlerpfad DHLSVK2 löschen (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cliclsu
    "Bedingung Fehler E_iclsu löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cliclsu2
    "Bedingung Fehler E_iclsu löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkat
    "Bedingung Fehlerpfad der Katalysatordiagnose löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkat2
    "Bedingung Fehlerpfad der Katalysatordiagnose löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkpe
    "Bedingung Fehlerpfad EKP-Relais Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra01
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra02
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra03
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 3 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra04
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 4 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra05
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 5 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkra06
    "Bedingung Fehlerpfad Klopfregelanschlag Zylinder 6 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrnt
    "Bedingung Fehlerpfad KR-Diagnose Integratorsteigung löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrof
    "Bedingung Fehlerpfad KR-Diagnose Resetwert löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkrtp
    "Bedingung Fehlerpfad KR-Diagnose Testimpuls löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clks1
    "Bedingung: Fehlerpfad löschen, Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clks2
    "Bedingung: Fehlerpfad löschen, Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clks3
    "Bedingung: Fehlerpfad löschen, Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clks4
    "Bedingung: Fehlerpfad löschen, Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clkuppl
    "Bedingung: Fehlerpfad KUPPL (Gebergröße Kupplung) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllash
    "Fehlerpfad in DLSAHK löschen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllash2
    "Fehlerpfad in DLSAHK löschen Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllavh
    "Fehlerpfad in DLSAVH löschen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllavh2
    "Fehlerpfad in DLSAVH löschen  Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clldpe
    "Bedingung: Fehlerpfad Endstufe LDP löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clllr
    "Bedingung: Fehlerpfad Leerlaufregelung löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllm
    "Bedingung: Fehlerpfad Hauptfüllungssensor löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsh
    "Fehlerpfad in DLSH löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsh2
    "Fehlerpfad in DLSH löschen.  Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllshv
    "Fehlerpfad in DLSHV löschen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuia
    "Bedingung Fehler E_lsuia löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuia2
    "Bedingung Fehler E_lsuia2 löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuip
    "Bedingung Fehler E_lsuip löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuip2
    "Bedingung Fehler E_lsuip2 löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuks
    "Bedingung Fehler E_lsuks löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuks2
    "Bedingung Fehler E_lsuks2 löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuun
    "Bedingung Fehler E_lsuun löschen,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuun2
    "Bedingung Fehler E_lsuun2 löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuvm
    "Bedingung Fehler E_lsuvm löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsuvm2
    "Bedingung Fehler E_lsuvm2 löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsv
    "Fehlerpfad in DLSV löschen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsv2
    "Fehlerpfad in DLSV löschen.  Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllsvv
    "Bedingung Fehlerpfad Vertauschte Sonden löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllue1
    "Bedingung: Fehlerpfad Lüftereinheit 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cllues1e
    "Bedingung: Fehlerpfad Endstufe Lüftersteuerung 1 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clma
    "Clearbit Fehlerspeicher löschen: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd
    "Flag für Löschung: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd00
    "Flag für Löschung: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd01
    "Flag für Löschung: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd02
    "Flag für Löschung: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd03
    "Flag für Löschung: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd04
    "Flag für Löschung: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmd05
    "Flag für Löschung: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmdb
    "Flag für Löschung: Momentenbegrenzung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clmfa
    "Bedingung Fehlerflag ""MIL-Fremdanforderung"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cln
    "Bedingung Fehlerpfad Drehzahlgeber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnwkw
    "Bedingung Fehlerpfad Zuordnung Nockenwelle zu Kurbelwelle löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnwkw2
    "Bedingung Fehlerpfad Zuordnung Nockenwelle 2 zu Kurbelwelle löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clnx
    "Flag für Löschung: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clph
    "Bedingung Fehlerpfad PH löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clph2
    "Bedingung Fehlerpfad Phasengeber 2 löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clpllsu
    "Bedingung Fehlerflag ""Plausibilitätsdiagnose LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clpllsu2
    "Bedingung Fehlerflag ""Plausibilitätsdiagnose LSU"" löschen (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clpwgde
    "Bedingung Fehlerspeicher Pedalwert Drifterkennung löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clradlra
    "Bedingung: Adaptionswerte Lambdasondenalterung selektiv loeschen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380671
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380671 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380671 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380671 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clrkat
    "Bedingung Fehlerpfad RKAT löschen (add. pro Zeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clrkat2
    "Bedingung Fehlerpfad RKAT2 löschen (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clrkaz
    "Bedingung Fehlerpfad RKAZ löschen (add. pro Zündung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clrkaz2
    "Bedingung Fehlerpfad RKAZ2 löschen (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clrs5
    "Bit CLRS.Bit5 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clscr
    "Bedingung CRAS-Signal löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsgeep
    "Bedingung Fehlerpfad DSGEEP löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsgeew
    "Bedingung Steuergerät defekt  (EEPROM-WFS) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clslpe
    "Bedingung: Fehlerpfad Endstufe Sekundärluftpumpe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsls
    "Bedingung: Fehler Sekundärluftsystem löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsls2
    "Bedingung: Fehler Sekundärluftsystem löschen (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clslv
    "Bedingung: Fehler Sekundärluftventil löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clslv2
    "Bedingung: Fehler Sekundärluftventil löschen (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clslve
    "Bedingung: Fehlerpfad Endstufe Sekundärluftventil löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clsue
    "Bedingung Fehlerpfad Saugrohrumschaltung-Endstufe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clswe
    "Flag : Fehlerpfad Diagnose Beschleunigungssensor löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clta
    "Bedingung Fehlerpfad Ansauglufttemperatur (/Ladeluft-) TANS löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltankl
    "Flag : Fehlerpfad DTANKL soll gelöscht werden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltes
    "Bedingung Fehlerflag ""Tankentlüftungssystem offen"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltesf
    "Bedingung Fehlerflag ""Feinleck"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltesg
    "Bedingung Fehlerflag ""Grobleckfehler"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clteve
    "Bedingung Fehlerphad TEVE löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltka
    "Bedingung Fehlerpfad Temperatur Kühlerausgang TKA löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltm
    "Bedingung Fehlerpfad Motortemperatur TMOT löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltmki
    "Bedingung: Fehler Motortemperatur aus Kombiinstrument löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltol
    "Bedingung Fehlerpfad (Motor-)Oeltemperatur TOL löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cltum
    "Bedingung Fehlerpfad Umgebungstemperatur TUM  löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_club
    "Bedingung Fehlerpfad Batteriespannung (Bordnetz) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clubr
    "Bedingung Fehlerpfad Bordspannung über Hauptrelais löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufmv
    "Flag für Löschung: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufnc
    "Flag für Löschung: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufrlip
    "Flag für Löschung: Fktüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufsga
    "Flag für Löschung: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufsgb
    "Flag für Löschung: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufska
    "Flag für Löschung: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clufspsc
    "Flag für Löschung: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clulsu
    "Bedingung Fehlerflag ""Spannungsüberwachung LSU"" löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clulsu2
    "Bedingung Fehlerflag ""Spannungsüberwachung LSU"" löschen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurram
    "Flag für Löschung: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurrom
    "Flag für Löschung: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clurrst
    "Flag für Löschung: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clvfz
    "Bedingung Fehlerpfad VFZ (Fahrzeuggeschwindigkeit) löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clwfs
    "Bedingung Wegfahrsperre löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clwfsrc
    "Bedingung löschen: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet1
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet2
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet3
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet4
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet5
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzet6
    "Bedingung Fehlerpfad Zündendstufentreiber löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_clzwpe
    "Bedingung: Fehlerpfad Endstufe Relais für Zusatzwasserpumpe löschen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cnfwan
    "Bedingung : Drehmomentaufnahme des Wandlers über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com1
    "Allgemeine Stopbits für LU und FON"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com2
    "Allgemeine Stopbits für LU, FON und FOF"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_com3
    "Allgemeine Stopbits für FON und FOF"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_craus
    "Ausgewertet durch LREB: Werkstattbit zum Stillegen LR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crcan
    "Bedingung Crash erkannt (aus plausibilisiertem CAN-Signal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crcan_20ms
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crlsv
    "Clearflag für LSU-Fehlerpfad"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crlsv2
    "Clearflag für LSU-Fehlerpfad, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crnmn
    "Bedingung Drehzahl=0 nach Crashabschaltung erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_crstio
    "Bedingung i.O.-Start nach Crashabschaltung erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csair
    "Bedingung Checksummenfehler in der Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csairio
    "Bedingung Checksumme Airbag-Botschaft fehlerfrei"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csernpl
    "Bedingung automatische Crashsignalerkennung unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_csgra
    "Bedingung Checksummenfehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctol
    "Bedingung: CAN-Signal für Öltemperatur verwendbar"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctole
    "Bedingung: CAN-Signal für Öltemperatur fehlerhaft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctout
    "Bedingung: CAN-timeout Prüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctum
    "Bedingung: CAN-Signal für Umgebungstemperatur verwendbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ctume
    "Bedingung: CAN-Signal für Umgebungstemperatur fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cvt
    "Bedingung continuously variable transmission"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cvtad
    "Bedingung Adaptionsfreigabe bei CVT-Getriebe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cvtad_c
    "Bedingung Adaptionsfreigabe bei CVT-Getriebe (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdslt
    "Bedingung: Freigabe Ventildichtheitsprüfung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdsltfa
    "Bedingung: Freigabe Ventildichtheitsprüfung bei Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwdslty
    "Bedingung rdy-Flag ohne Z_slp bei aktiver Prüfung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwesakt
    "Codewort CWESWEZ Bit 3 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlrms0
    "Bit CWLRMS.Bit0 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlrms1
    "Bit CWLRMS.Bit1 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlrms4
    "Bit CWLRMS.Bit4 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlrms5
    "Bit CWLRMS.Bit5 gesetzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshdyn
    "Beding. Abschaltung für Teilfunktion Dynamikprüfung Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshmf
    "Beding. Ein/Abschaltung Schwingungsprüfung für Einmalprüfung Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshsch
    "Bedingung Abschaltung für Teilfunktion im Schub Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshvl
    "Bed. Abschaltung für Teilfunktion im Vollastbetrieb Sonde hinter KAT in %DLSAHK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwlshvs
    "Bedingung Anforderung lambdasonde Heizung vor Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_cwsla
    "Bedingung: Freigabe der Adaptionsphase/Zusatzdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dash
    "Bedingung: Dashpot-Änderungsbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashv
    "Bedingung Dashpot verzögert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashvz
    "Bedingung Umschaltung auf gefiltertes Dashpot-Moment"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dashz
    "Bedingung Umschaltung auf gefiltertes Moment vor Dashpot-Auslösung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dbkvpa
    "Bedingung: Diagnose BKV-Pumpe aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dbuken
    "Freigabe BUK-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdisfr
    "Bedingung: Disable DV-E-Endstufe durch den Funktionsrechner"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdisr
    "Bedingung: DV-E-Endstufenabschaltung wird angefordert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdis_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcdis_um
    "Fehlerreaktions-Info der Funktionsüberwachung (Abschaltung der DK-Steller-ES)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcff
    "1 = Endstufe gesperrt (Fehlerfall DC-Endstufenfehlerflag)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dcy
    "Bedingung 'driving cycle' erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380564 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380564 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ddkds
    "Bedingung Umschalten auf rlfdkroh_w und rlfgds_w"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ddylash
    "Bedingung Sonde hinter KAT dynamisch langsam"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ddylash2
    "Bedingung Sonde hinter KAT dynamisch langsam `dynamisch` Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deaklue
    "Lüfterdeaktivierung beim Flash-Programmierung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384998 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384998 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deaklue1
    "Deaktivierung Lüfter 1 beim Flash-Programmierung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384998 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384998 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_deaklue2
    "Deaktivierung Lüfter 2 beim Flash-Programmierung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384998 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384998 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_decr
    "Bedingung Dekrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_delaysyn
    "Flag für eine Verzögerung um 1 Lücke zur Neusynchronisierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_desee
    "Diagnose Endstufe: Eingangsbedingungen erfüllt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dfrmoe
    "Bedingung Messung und Bewertung frm-Offset läuft (dfrmoff_w, B_dfrmoff)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dfrmoe2
    "Bedingung Messung und Bewertung frm-Offset läuft (dfrmoff_w, B_dfrmoff); Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380472 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380472 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dfrmoff
    "frm-Offset-Schwelle überschritten: zeigt Vorsteuerproblem"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dfrmoff2
    "frm-Offset-Schwelle überschritten: zeigt Vorsteuerproblem Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dhrlsuc
    "Bed. Heizer überprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dhrlsuc2
    "Bed. Heizer überprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dhrnio
    "Bedingung Diagnose HR momentan nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_diagia
    "Diagnosebedingung Ip<|x| zur Kurzschlußerkennung an IA/IP ausschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_diagia2
    "Diagnosebedingung Ip<|x| zur Kurzschlußerkennung an IA/IP ausschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkaden
    "Bedingung: DK-Sollwert aus DK-Adaption und -Prüfung verwenden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkbew
    "Bedingung: DK hat sich bewegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkini
    "Bedingung für DKAT-Funktion initialisieren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkini2
    "Bedingung für DKAT-Funktion initialisieren (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dklpi
    "interne Umschaltung d. Lambdregelungsparameter angefordert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dklpi2
    "interne Umschaltung d. Lambdregelungsparameter angefordert, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknach
    "Dauer-RAM, Bedingung: DK im Nachlauf stromlos und in NLP"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknolu
    "Bedingung: Notluftfahren aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dknot
    "Bedingung DK-Poti-Notfahren aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1e
    "Bedingung Fehler DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1ev
    "Bedingung Vorläufige Bereichsverletzung DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1mn
    "Bedingung Bereichsverletzung DK-Poti 1 nach unten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1mx
    "Bedingung Bereichsverletzung DK-Poti 1 nach oben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp1np
    "Bedingung DK-Poti 1 unplausibel zu Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2e
    "Bedingung Fehler DK-Poti 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2ev
    "Bedingung Vorläufige Bereichsverletzung DK-Poti 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2mn
    "Bedingung Bereichsverletzung DK-Poti 2 nach unten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2mx
    "Bedingung Bereichsverletzung DK-Poti 2 nach oben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkp2np
    "Bedingung DK-Poti 2 unplausibel zu Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpaw
    "Bedingung DK-Poti-Auswahl für DK-Sensor-Ersatzbetrieb"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpiu
    "Bedingung: irreversible SKA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpru
    "Bedingung: reversible SKA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkpu
    "Bedingung Sicherheitskraftstoffabschaltung (SKA)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dksbeg
    "Bedingung DK-Sollwertbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktakt
    "DKAT-Funktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktakt2
    "DKAT-Funktion aktiv (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktb
    "Bedingung Beginn der Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkten
    "DKAT für diesen Trip nicht mehr aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkten2
    "DKAT für diesen Trip nicht mehr aktiv (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktlp
    "Umschaltung der Lambdaregelungsparameter angefordert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktnr
    "DKAT: n/rl-Bereich verlassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktnr2
    "DKAT: n/rl-Bereich verlassen, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktpb
    "DKAT Prüfung beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktpb2
    "DKAT Prüfung beendet, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsb
    "Bankspezifische Stoppbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsb2
    "Bankspezifische Stoppbedingung (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsp
    "physikalische Stoppbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktsp2
    "physikalische Stoppbedingung (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktst
    "DKAT-Funktion ist gestoppt (B_dktst=FALSE)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktst2
    "DKAT-Funktion ist gestoppt (B_dktst=FALSE, Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktt
    "DKAT-Aktiv-Zeit abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dktt2
    "DKAT-Aktiv-Zeit abgelaufen, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkttk
    "Katdiagnose temperaturbedingt gesperrt (Kat-Temperatur)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkttk2
    "Katdiagnose temperaturbedingt gesperrt (Kat-Temperatur)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkuevab
    "Bedingung Ev-Abschaltung bei unplausibler DK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkunb
    "Bedingung: Drosselklappenposition unbekannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsef
    "Errorflag in DKVS trotz weitere Fehler im System freigeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsef2
    "Erroflag in DKVS trotz weitere Fehler im System freigeben Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsf
    "Bedingung: Freigabe des Fehlers"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvsfm
    "Bedingung: Freigabe des Fehlers (Flipflop Ausgang)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvstr
    "Bedingung: Integrator bei Tankleer zurücksetzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvszf
    "Zyklusflag in DKVS trotz weitere Fehler im System freigeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dkvszf2
    "Zyklusflag in DKVS trotz weitere Fehler im System freigeben (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahieg
    "I-Anteil der Führungsregelung eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahieg2
    "I-Anteil der Führungsregelung eingeschwungen, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimn
    "Bedingung: dlahii_w < SDLAOFMN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimn2
    "Bedingung: dlahii2_w < SDLAOFMN2, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimx
    "Bedingung: dlahii_w > SDLAOFMX"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahimx2
    "Bedingung: dlahii_w > SDLAOFMX2, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahini
    "Bedingung Initialisierung Integralanteil LRSHK"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahini2
    "Bedingung Initialisierung Integralanteil LRSHK, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahix
    "Kurztest Schnelladaption dlahi: Delta-I-Anteil kleiner Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahix2
    "Kurztest Schnelladaption dlahi: Delta-I-Anteil kleiner Schwelle, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahpix
    "Kurztest Schnelladaption dlahi: Delta-I-Anteil und P-Anteil kleiner Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahpix2
    "Kurztest Schnelladaption dlahi: Delta-I- und P-Anteil kleiner Schwelle, B 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahpx
    "Kurztest Schnelladaption dlahi: P-Anteil kleiner Schwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlahpx2
    "Kurztest Schnelladaption dlahi: P-Anteil kleiner Schwelle, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlams
    "Bedingung Lambdaverstellung für Integrator hat max. Grenzwert erreicht."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlams2
    "Bedingung Lambdaverstellung für Integrator hat max. Grenzwert erreicht. Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlash
    "Bedingung Freigabe Schwingungsprüfung hinter Kat."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlash2
    "Bedingung Freigabe Schwingungsprüfung  hinter Kat. (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dldpte
    "Anforderung TEV schließen aus Tankentlüftungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllr
    "DLLR: Erkannter Überdrehzahlfehler, Freigabe Integratorgrenze"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dllra
    "Bedingung DLLR Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrbe
    "Bedingung: DLR-Stellbereich wurde überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrien
    "Bedingung: keine temp. Begrenzung des I-Anteils im DLR durchführen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrikla
    "Bedingung: DLR, I-Klein aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlriklst
    "Bedingung: Erster Durchlauf I-Klein nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrparc
    "Bedingung: Sollgrößensprung steht an"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrpide
    "Bedingung: Fehler, DLR-Stellbereich am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrspid
    "Bedingung: DLR, Vorzeichen der Summe der PID-Anteile, =1: positiv, =0: negativ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dlrumzu
    "Bedingung: NLP-Umladen zugelassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dls
    "Bedingung DLS-Funktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dluerk
    "Aussetzer erkannt, aus DMDDLU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmdstop
    "Ev-Abschaltung aktiv --> Aussetzerekennung sperren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmmtev
    "TEV-schließen wegen Bedingung Endstufentest DMTL-Magnetventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmrwan
    "Bedingung Aufbau Momentenreserve für Wandlermoment"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmtltz
    "Bedingung TEV soll geschlossen werden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dmverlin
    "Bedingung dmverl = 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnlubr
    "Bedingung Diagnoseprüfung im Steuergerätenachlauf für UBR durchgeführt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnmcan
    "Vorzeichen Drehzahlgradient für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnn
    "Bedingung Drehzahlabweichung negativ, nsol<n"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnsll
    "Bedingung SA-Drehzahl-Hysterese DNSLL"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnt
    "Aktive Diagnose: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dntb
    "Bedingung Diagnose: Bereitschaft zum Nulltest (Nulltest im nächsten MF)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwfozea
    "Bedingung Freigabe Nockenwellendiagnose ohne Zyklusflag Endstufenprüfung Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwfozee
    "Bedingung Freigabe Nockenwellendiagnose ohne Zyklusflag Endstufenprüfung Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwrpa
    "Aktive Diagnose: Auslassnockenwelle in Referenzposition bei Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384972 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384972 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwrpe
    "Aktive Diagnose: Einlassnockenwelle in Referenzposition bei Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384972 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384972 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnws
    "Aktive Diagnose: Nockenwellensteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384971
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384971 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384971 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384971 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwsa
    "Aktive Diagnose: Nockenwellensteuerung Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384971
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384971 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384971 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384971 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwse
    "Aktive Diagnose: Nockenwellensteuerung Einlaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384971
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384971 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384971 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384971 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dnwsfa
    "Diagnose Nockenwellensteuerung: Freigabeanteil für alle Nockenwellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dopzue
    "Bedingung doppelte Zündausgabe(Phasengebernotlauf)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dopzue_i
    "Bedingung doppelte Zündausgabe : interner puffer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dp
    "Bedingung: Dashpotwert größer Fahrerwunsch (=1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlkrdy
    "Flag für n > NKRUM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_drlmx
    "Laständerung unterhalb Schwellwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380671
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380671 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380671 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380671 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ds
    "KR: Sensordiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ds2
    "Sensordiagnose aktiv, untere Schwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dshen
    "Bedingung Freigabe Sondendiagnose hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dshen2
    "Bedingung Freigabe Sondendiagnose hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dshk
    "Bedingung Diagnosefunktion in %DLSH und %DHLS mit i.O.-Meldung h. KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dshk2
    "Bed. Diagnosefunktion in %DLSH u.%DHLS mit i.O.-Meldung h. KAT  Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl
    "Bedingung Diagnoseanforderung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl1
    "Diagnose Phase 1: Bestimmung Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl1ab
    "Diagnose Phase 1: Abbruch Phase 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl1e
    "Diagnose Phase 1, Meßfreigabe Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl2
    "Diagnose Phase 2: Ventildichtheit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl2ab
    "Diagnose Phase 2: Abbruch Phase 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl2e
    "Diagnose Phase 2: Freigabe Messung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl3
    "Diagnose Phase3: Offset Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl3ab
    "Diagnose Phase 3: Abbruch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl3e
    "Diagnose Phase 3: Freigabe Messung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl4
    "Bedingung Phase 4: Sekundärluftmasse aus Adaption/Zusatzdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl45
    "Diagnose Phase 4 oder Phase 5 aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl4ab
    "Bedingung: Abbruch Phase 4"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl4e
    "Bedingung: Phase 4 Freigabe Messung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl5
    "Diagnose Phase 5: Offset Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl5ab
    "Diagnose Phase 5: Abbruch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl5dly
    "Verzögerung nach Diagnose Phase 5"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsl5e
    "Diagnose Phase 5: Freigabe Messung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsla
    "Adaptionsphase: Bestimmung Sekundärluftmasse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslafa
    "Anfoderung Kurztest oder Adaption in DSLSXXX"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslerr
    "Zusammenfassung Abbruchmerkmale Sekundärluftdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslfa
    "Bedingung: Anforderung SL-System für Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslfrg
    "Bedingung frm eingeschwungenen für Freigabe Zusatzdiagnose SLS"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslfrg12
    "Bedingung frm und frm2 eingeschwungenen für Freigabe Zusatzdiagnose SLS"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslfrg2
    "Bedingung frm2 eingeschwungenen für Freigabe Zusatzdiagnose SLS"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380472 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380472 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslm
    "Diagnose Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslmab
    "Diagnose Sekundärluftmasse, Meßabbruch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslme
    "Diagnose Sekundärluftmasse, Meßfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslmes
    "Bedingung: Freigabe Meßfenster"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslo
    "Diagnose Sekundärluftmassenoffset"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsloab
    "Diagnose Sekundärluftoffset, Meßabbruch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsloe
    "Diagnose Sekundärluftoffset, Meßfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslp4
    "Bedingung  Phase 4 mindestens einmal eingeleitet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslp42
    "Bedingung  Phase 4 mindestens einmal eingeleitet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380472 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380472 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslreset
    "Bedingung: Zurücksetzen Sekundärluftadaption/Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsls
    "Aktive Diagnose: Sekundärluft-System"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslset
    "Bedingung: Setzen Sekundärluftadaption/Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslsp4
    "Bedingung: Anforderung SL-System für Sekundärluftadaption/Zusatzdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsltab
    "Diagnose Ventilichtheit, Meßabbruch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslte
    "Diagnose Ventildichtheit, Meßfreigabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dslvh
    "Bedingung Ladedrucksensor vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD00 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD00 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dspe
    "Bedingung Diagnose Sekundärluft ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsper
    "Bedingung Rücksetzen ESP ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dspes
    "Bedingung Setzen ESP ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssakt
    "Bedingung Saugrohrdrucksensor ist Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssv
    "Bedingung Saugrohr-Drucksensor vorhanden als Hauptlastsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dssvnl
    "Bedingung Saugrohr-Drucksensor als Nebenlastsensor vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dsuv
    "Umgebungsdrucksensor ist vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaa
    "Bedingung Aufsteuerprüfung für TEV Diagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaab
    "Bedingung DTEV-Abbruch wegen Verlassen Aktivierungsbedingungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteaam
    "Bedingung Aufsteuerprüfung für TEV Diagnose aktiv möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteabu
    "Bedingung Abbruch TE Diagnose ohne Prüfergebnis"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteabum
    "Bedingung Prüfung DTEV im Mageren nicht möglich => Zeit abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteanfl
    "abgelaufene Zeit ab die, das Tastverhälnis aus DTEV größer Schwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteend
    "Bedingung Diagnose TEV erfolgreich zu Ende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteendl
    "Bedingung Diagnose TEV über Luftprüfung erfolgreich zu Ende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteenf
    "Bedingung Diagnose TEV wegen System-Error nicht freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtefre
    "Bedingung fr für Diagnose TEV eingeschwungen."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtefrr
    "Bedingung Lambdareglerreset bei Tankentlüftungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteikanm
    "Bedingung Prüfung DTEV über Gemischauswertung nicht möglich => Abbruch"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelab
    "Bedingung DTEV-Abbruch wegen Störung Leerlaufluftprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelbm
    "Bedingung Bewertung des Lambda Reglers bei Diagnose TEV möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelbr
    "Bedingung Reset Flip-Flop Passiv-Prüfung DTEV möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelnm
    "LL-Prüfung Diagnose TEV nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelnmb
    "Bestätigt : LL-Prüfung Diagnose TEV nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtelnmv
    "Vorbehalt: LL-Prüfung Diagnose TEV nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtenam
    "Bedingung TEV Diagnose nur über Aufsteuerprüfung möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtephm
    "Bedingung physikalische Freigabe DTEV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtepm
    "Bedingung passive TEV Diagnose möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dterab
    "Bedingung DTEV-Abbruch wegen Abweichung Lambdaregler zur groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dterap
    "Bedingung DTEV Reset durch Applikation"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dteres
    "Bedingung TEV Diagnose Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dternm
    "Bedingung kein fr-Hub für Diagnose TEV vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtes
    "Aktive Diagnose: Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtest
    "Start für TEV-Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtevto
    "Start für TEV-Ansteuerung aus DTEV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtezam
    "Bedingung Diagnose TEV für Zusteuer-/Aufsteuerprüfung ist möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtezamh
    "DTEV für Prüfung im Homogenbetrieb Lambda=1 freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtp
    "Aktive Diagnose: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dtpb
    "Bedingung Diagnose: Bereitschaft zum Testpuls (Testpuls im nächsten MF)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dubre
    "Bedingung Freigabe Diagnoseprüfung für UBR-Eingang (Versorgung über Hauptrelais)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dufzok
    "Allgemeine Bedingung zum Setzen des Zyklus Flags in der Diagnose der Fktüko"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dupw12
    "Bedingung zulässige Abweichung zwischen PWG-Poti 1 und 2 überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dupwgvpe
    "Bedingung: Steigungsrampe nach Verdacht auf PWG-Fehler aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushkvl
    "Bed. Schwelle für Sonde h. KAT bei Vollast nicht überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushkvl2
    "Bed. Schwelle für Sonde h. KAT bei Vollast nicht überschritten Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushsch
    "Bedingung Schwelle für Sonde hinter KAT im Schub nicht unterschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dushsch2
    "Bed. Schwelle für Sonde hinter KAT im Schub nicht unterschritten  Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveada
    "Bedingung: DV-E-Adaption sperrt Einspritzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveese
    "Bedingung: DV-E-Endstufen-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveesh
    "Bedingung: DV-E-Enstufen-Heilung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dveeson
    "Bedingung: DV-E-Endstufe ist eingeschaltet = P_dveeson"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dvete
    "Bedingung: Erweiterte Stellertauscherkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dvetv
    "Bedingung: Verriegelungsbit erweiterte Stellertauscherkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dwdknws
    "Freigabe DK-Restwegsteuerung wenn Nockenwelle Position für max. Füllung erreicht"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dwdksus
    "Delta Sollwinkel Drosselklappe ab Beginn ungedrosselt Saugmotor aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylash
    "Bedingung Sonde hinter KAT dynamisch langsam"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylash2
    "Bedingung Sonde hinter KAT dynamisch langsam Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsu
    "Dynamik LSU geprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsu2
    "Dynamik LSU2 geprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsuav
    "Dynamiküberwachung LSU aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380672 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380672 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsuav2
    "Dynamiküberwachung LSU2 aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380675
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380675 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380675 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380675 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dylsuf
    "Freigabe Dynamikprüfung LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380673
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380673 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380673 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380673 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_dzai
    "Bedingung doppelte Zündausgabe interne Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ebDavT
    "Bedingung ETK_Bypass Daten verfügbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ebDavY
    "ETK-Bypass Daten vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ecfuka
    "Bedingung ÜK-Adaptionsfaktor berechnen erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ecfuka2
    "Bedingung ÜK-Adaptionsfaktor berechnen erlaubt (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ectal
    "Bedingung Tankinfo vom Kombi ist fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ecudev
    "Kennung für Applikationssteuergerät"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eculock
    "Verriegelungsanforderung Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edks
    "Bedingung Fehler Drosselklappen-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edkvs
    "Bedingung Adaptionsfehlerschwellen aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edkvs2
    "Bedingung Adaptionsfehlerschwellen Bank 2 aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edp
    "Bedingung Erlaubnis Dashpot"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsfgr
    "Bedingung EDS-Eingriff (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsl
    "Bedingung Error Ladedrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsli
    "Bedingung Error Drucksensor Ladedruck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_edsuu
    "Bedingung Error Umgebungsdrucksensor nicht zeitentprellt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eev
    "Bedingung Endstufenfehler EV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efrao
    "Bedingung Diagnoseschwellen obere multipl. Korrektur aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efrao2
    "Bedingung Diagnoseschwellen obere multipl. Korr. Bank 2 aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efrau
    "Bedingung Diagnoseschwellen untere multipl. Korrektur aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_efrau2
    "Bedingung Diagnoseschwellen untere multipl. Korr. Bank 2 aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfm
    "Bedingung Fehler HFM (ohne Entprellung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfm1
    "Bedingung Fehler HFM (ohne Entprellung) (Zwischengröße ohne Abfrage von UBAT)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfmfe
    "Bedingung: Fehlerverdacht HFM aus DEGFE"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehfs
    "Bedingung Ersatzwert Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehlsu
    "Bedingung Fehler Heizung LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehlsu2
    "Bedingung Fehler Heizung LSU Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehsh
    "Bedingung Error HSH"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehsh2
    "Bedingung Error HSH2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehsve
    "Bedingung Endstufenfehler an der Heizung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ehsve2
    "Bedingung Endstufenfehler an der Heizung, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eiclsu
    "Bedingung Fehler am Auswerte-IC für die LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eiclsu2
    "Bedingung Fehler am Auswerte-IC für die LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekats
    "Summenfehler für MODE 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekats2
    "Summenfehler für MODE 6 (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekp
    "Freigabe der EKP-Versorgung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpd
    "Bedingung EKP Dauerbetrieb"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekps
    "Bedingung schnelle Aktivierung der EKP beim Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvl
    "Bedingung EKP-Vorlauf"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvla
    "Bedingung EKP Vorlauf angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekpvlz
    "Bedingung EKP Vorlauf zulässig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekusvk
    "Bedingung: Fehler beim Kennlinienabgleich für Lambda des Auswerte-ICs der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ekusvk2
    "Bedingung: Fehler beim Kennlinienabgleich für Lambda des Auswerte-ICs der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaof
    "Bedingung Error Lambda-Offset LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaof2
    "Bedingung Error Lambda-Offset LSU2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmn
    "Bedingung: Fehler Offsetprüfung LSU zu fett"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmn2
    "Bedingung: Fehler Offsetprüfung LSU zu fett, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmx
    "Bedingung: Fehler Offsetprüfung LSU zu mager"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elaofmx2
    "Bedingung: Fehler Offsetprüfung LSU zu mager, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsd
    "Bedingung Erlaubnis Lastschlagdämpfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshbb
    "Fehler Lambda Sonde hinter Haupt Kat, Betriebsbereitschaft zurücksetzt."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshbb2
    "Fehler Lambda Sonde hinter Haupt Kat, Betriebsbereitschaft zuücksetzt Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshv
    "Hilfsbit zur Auswertung des Erorbits E_lshv zur Umschaltung Mono/Stereo hint KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elshv2
    "Hilfsbit zur Auswertung des Erorbits E_lshv2 zur Umschaltung Mono/Stereo Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsu
    "Bedingung Fehler oder Fehler-Vormerkung LSU (keine Betriebsbereitschaft)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsu2
    "Bedingung Fehler oder Fehler-Vormerkung LSU Bank2 (keine Betriebsbereitschaft)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsuv
    "Bedingung Fehler LSU vertauscht rechts/links (keine Betriebsbereitschaft)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A8D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsuwi
    "Bedingung Leitungsfehler LSU ( intern)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsuwi2
    "Bedingung Leitungsfehler LSU ( intern), Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsv
    "Globaler Sammelfehler: Lambdasonde (LSU) vor dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsv2
    "Fehler Bank 2: Lambdasonde (LSU) vor dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsxbb
    "Fehler LS vor Kat, der Betriebsbereitschaft zurücksetzt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elsxbb2
    "Fehler LS vor Kat, der Betriebsbereitschaft zurücksetzt, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elues1
    "Fehler Endstufe Motorlüfter 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_elues2
    "Fehler Endstufe Motorlüfter 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_emintmx_uc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_emint_uc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabale
    "Bedingung: Freigabe zur Berechnung der Motorabstellposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabddg
    "Ausblendung der Drehzahlgeberdiagnose für E_bm"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enabrde
    "Bedingung für Freigabe der Rückdreherkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_encifi
    "Enable cylinder individual fuel injektion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfmst
    "Bedingung Enable für Filter; Maximum der Steigung übernehmen hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enfmst2
    "Bedingung Enable für Filter Maximum der Steigung übernehmen hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enh
    "Bedingung Freigabe Ri-Diagnose Sondenheizung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enh2
    "Bedingung Freigabe Ri-Diagnose Sondenheizung 2 hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enhlshk
    "Bedingung Freigabe Heizung Lambdasonde hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enimiti
    "Bedingung Freigabe des Reglers zur Momentenbegrenzung bei Dauereinspritzung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380775
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380775 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380775 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380775 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlash
    "Bedingung Test für Schwingungsprüfung abgeschlossen hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlash2
    "Bedingung Test für Schwingungsprüfung abgeschlossen hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enllri
    "Freigabe Leerlaufregelung: I-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlues
    "Speicherbit für Zyklusflag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380720 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380720 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enlues1
    "Speicherbit für Zyklusflag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380720 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380720 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmaxla
    "Bedingung enable B_maxlash ""setzen"" bei Fehler Lambdasonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmaxla2
    "Bedingung enable B_maxlash ""setzen"" bei Fehler Lambdasonden hinter Kat  Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmx
    "Bedingung Diagnose ""schwacher Heizen"" eingeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enmx2
    "Bedingung Diagnose ""schwacher Heizen"" eingeschaltet (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enqsyn
    "Bedingung Freigabe PG-Schnellstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enramph
    "Bedingung Eenable Rampentest für Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enramph2
    "Bedingung Eenable Rampentest für Sonde hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enrinh
    "Bedingung enable für Ri-Nernst mit Filter hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enrinh2
    "Bedingung enable für Ri-Nernst mit Filter hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enscun
    "Bedingung: Kurzschluß nach Ubat-Erkennung an UN des CJ125 eingeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enscun2
    "Bedingung: Kurzschluß nach Ubat-Erkennung an UN des CJ125 eingeschaltet, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensol
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ensynnl
    "Freigabe der Synchronisation für Notlauf-Drehzahlgeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_entest
    "Bedingung Wartezeit abgeschlossen für Test-Überprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_entest2
    "Bedingung Wartezeit abgeschlossen für Test-Überprüfung Sonde hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enws
    "Bedingung Fehler Nockenwellenansteuerung liegt vor"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enwsa
    "Bedingung Error Nockenwelle (Auslaßseitig)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enwse
    "Bedingung Error Nockenwelle (Einlaßseitig)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enwsea
    "Bedingung Endstufe-NW (Einlaß, Bank1) angesteuert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384985
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384985 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384985 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384985 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enwsva
    "Bedingung Fehlerverdacht Nockenwellensteller Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_enwsve
    "Bedingung Fehlerverdacht Nockenwellensteller Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eobdlr
    "OBDII-Summenfehler. sperrt die LR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eobdlr2
    "OBDII-Summenfehler. sperrt die LR, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epcden
    "Bedingung Endstufendiagnose EPCL erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epcl
    "Bedingung für Ansteuerung EGAS-Fehlerlampe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_epwmcs
    "Bedingung PWM-Crash-Sensor-Signal ist fehlerhaft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erbr
    "Bedingung Bremsschaltersignale unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erdkt
    "Interner Fehler Kat-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erdkt2
    "Interner Fehler Kat-Überwachung (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinofh
    "Bedingung enable für Ri-Nernst ohne Filter hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erinofh2
    "Bedingung enable für Ri-Nernst ohne Filter hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erkat
    "Bedingung Diagnoseschwellen additive Korr. pro Zeit aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erkat2
    "Bedingung Diagnoseschwellen additive Korr. pro Zeit Bank 2 aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erkaz
    "Bedingung Diagnoseschwellen additive Korr. pro Einspr.  aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erkaz2
    "Bedingung Diagnoseschw. additive Korr. pro Einspr. Bank 2 aktuell überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erlsuwi
    "Fehler LSU-Widerstand"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_erlsuwi2
    "Fehler LSU-Widerstand, bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errmsl
    "Bedingung rmsl kleiner als vorgegebener Schwellwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errmsl2
    "Bedingung rmsl kleiner als vorgegebener Schwellwert (Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errofs
    "Bedingung: zulässige Sekundärluftmassen-Offset überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_errofs2
    "Bedingung: max. zulässiger Offsetwert überschritten, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esabrev
    "Abschaltung der Einspritzung nach Zündungsabschaltung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esdia
    "Endstufendiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eshlsu
    "Bedingung Ende Startsteuerung in %HRLSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eshlsu2
    "Bedingung Ende Startsteuerung in %HRLSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslpe
    "Bedingung Endstufenfehler Sekundärluftpumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380459
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380459 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380459 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380459 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_esls
    "Bedingung Falschluft durch Fehler im Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslsp
    "lokales Errorflag: Sekundärluft-System"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslsp2
    "lokales Errorflag: Sekundärluft-System, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslve
    "Bedingung Endstufenfehler Sekundärluftventil"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380459
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380459 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380459 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380459 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslvp
    "lokale Errorflag: Sekundärluftventil"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_eslvp2
    "lokale Errorflag: Sekundärluftventil, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_etafix
    "Bedingung Unplausibilität fixierter Meßwert für tans diagnostiziert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_etb
    "Elektrischer Thermostat bestromt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_etoltm
    "Umschaltbit für Öltemperatur: tans oder tmot fehlerhaft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38497E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evabu
    "Bedingung Ev-Abschaltung durch Überwachungsfunktionen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evakt
    "Bedingung alle Einspritzventile aktiv/angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evasel
    "Status alle für DASE relevant. lokalen Einspritzventile d. SG werden angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_evloc
    "Status: alle lokalen Einspritzventile werden angesteuert, = B_EVTOT bei einem SG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fa
    "Bedingung Funktionsanforderung allgemein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faa
    "Bedingung Funktionsanforderung automatischer Testablauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faagr
    "Bedingung Funktionsanforderung AGR und Diagnose für Kurztest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faam
    "Anforderung allgemeine Momentenreserve Kurztrip"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faan
    "Bedingung Funktionsanforderung Allgemeine Drehzahlerhöhung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faatm
    "Bedingung Funktionsanforderung kurze Taupunktendezeiten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabks
    "aus %TKMWL: Bedingung Funktionsanforderung BKS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabkv
    "Bedingung: Funktionsanforderung Bremskraftverstärker"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabr
    "Bremsdruckschwelle durch Fahrerbetätigung überschritten aus CAN-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fabr_um
    "Bedingung ""Fahrer bremst"" (CAN) für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadesu
    "Bedingung Funktionsanforderung NOx-Kat Desulfatierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadylsu
    "Bedingung Funktionsanforderung Dynamikdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fadylsu2
    "Bedingung Funktionsanforderung Dynamikdiagnose der LSU, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faevz
    "Bedingung Zylinderausblendung durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faezla
    "Bedingung : Funktionsanforderung EZLA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fafrst
    "Funktionsanforderung Kurztest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fahsh
    "Bedingung Funktionsanforderung Diagnose Heizung Hinterkat-Lambdasonde"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faiumpr
    "Bedingung Funktionsanforderung IUMPR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakat
    "Bedingung Funktionsanforderung Katalysatorüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakat2
    "Bedingung Funktionsanforderung Katalysatorüberwachung, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD96 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD96 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakd
    "Bedingung Funktionsanforderung Kick-Down-Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakmtr
    "Bedingung Funktionsanforderung Kühlmitteltemperaturregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakrs
    "Bedingung Funktionsanforderung Klopfsensordiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakth
    "Bedingung Funktionsanforderung thermische Katalysatordiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakth2
    "Bedingung Funktionsanforderung thermische Katalysatordiagnose, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fakvs
    "Funktionsaufforderung Diagnose Kraftstoffsystem für Schnelltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falbk
    "Funktionsaufforderung Offsetlernen der LBK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faldp
    "Bedingung Funktionsanforderung Leckdiagnosepumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falr
    "Bedingung: Funktionsanforderung Lambdaregelung aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falra
    "Bedingung: Funktionsanforderung Lambdaregelung-Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrhki
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrhki2
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrhkrq
    "Bedingung Funktionsanforderung Schnelladaption dlahi aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrsfk
    "Bedingung Funktionsanforderung LRFKEB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrshk
    "Bedingung Funktionsanforderung LRSHK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falrshk2
    "Bedingung Funktionsanforderung LRSHK Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsf
    "Bedingung Funktionsanforderung Lambda-Sonde hinter Front KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsf2
    "Bedingung Funktionsanforderung Lambda-Sonde hinter Front KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsfhv
    "Bedingung-Funktionsanforderung Front/Hinter Hauptkat. LS Vertauschung diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD98 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD98 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsfhv2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsh
    "Bedingung Funktionsanforderung Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsh2
    "Bedingung Funktionsanforderung Lambda-Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falshv
    "Bedingung Funktionsanforderung für Kurztrip Vertauschung Lambda-Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falshvs
    "Bedingung Funktionsanforderung lambdasonde Heizung vor Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsv
    "Bedingung Funktionsanforderung Lambda-Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falsv2
    "Bedingung Funktionsanforderung Lambda-Sonde vor KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falues
    "Bedingung Funktionsanforderung Lüfteransteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_falzsr
    "Bedingung Funktionsanforderung Diagnose Leck zum Saugrohr für Kurztest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_famfa
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fan
    "Bedingung Funktionsanforderung Drehzahlerhöhung für Kurztrip"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanfg
    "Freigabebit für Drehzahlanforderung bei Bandendetest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanohk
    "Bedingung Funktionsanforderung Diagnose NOx-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwftva
    "Bedingung Testerverstellzyklus Diagnose NWS aktiv (Auslass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwftve
    "Bedingung Testerverstellzyklus Diagnose NWS aktiv (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwkw
    "Bedingung Funktionsanforderung Nockenwellenstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwkwa
    "Bedingung Funktionsanforderung Nockenwellenstellung Auslaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwkwe
    "Bedingung Funktionsanforderung Nockenwellenstellung Einlaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanws
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwsa
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung (Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwsaa
    "Bedingung Funktionsanforderung Diagnose NWS aktiv (Auslaß)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwse
    "Bedingung Funktionsanforderung Diagnose Nockenwellensteuerung (Einlaßseitig)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwsea
    "Bedingung Funktionsanforderung Diagnose NWS aktiv (Einlaß)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwstaa
    "Umschaltung auf Sollwertvorgabe durch Tester bei Auslassnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwstae
    "Umschaltung auf Sollwertvorgabe durch Tester bei Einlassnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwta
    "Funktionsanforderung Diagnose Nockenwellensteuerung durch Tester(Auslass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwte
    "Funktionsanforderung Diagnose Nockenwellensteuerung durch Tester (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwtza
    "Testerverstellzyklus für Auslassnockenwellendiagnose  beendet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fanwtze
    "Testerverstellzyklus für Einlassnockenwellendiagnose  beendet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fapllsu
    "Bedingung Funktionsanforderung Plausibilitätsdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fapllsu2
    "Bedingung Funktionsanforderung Plausibilitätsdiagnose der  LSU (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasalsu
    "Bedingung: Funktionsanforderung Schubabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasf
    "Bedingung Funktionsanforderung Schwingungsprüfung hinter Front KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasf2
    "Bedingung Funktionsanforderung Schwingungsprüfung hinter Front KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fash
    "Bedingung Funktionsanforderung Schwingungsprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fash2
    "Bedingung Funktionsanforderung Schwingungsprüfung Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasla
    "Bedingung: externe Anforderung an Sekundärluft aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faslarq
    "Bedingung: lokale Anforderung Testdurchlauf Sekundärluft starten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_faslaset
    "Auswertung der Fehlerschwellen für Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fasls
    "Bedingung Funktionsanforderung Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fates
    "Bedingung Funktionsanforderung Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatnv
    "Bedingung: Funktionsanforderung %DGGTNVK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatnv2
    "Bedingung: Funktionsanforderung %DGGTNVK Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatp
    "Bedingung Funktionsanforderung TP-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatp2
    "Bedingung Funktionsanforderung TP-Überwachung Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatv
    "Bedingung Funktionsanforderung TV-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fatv2
    "Bedingung Funktionsanforderung TV-Überwachung Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fawsp
    "Bedingung Fahrerwunsch Sportmodus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbkvpa
    "Bedingung: Freigabe BKV-Pumpe ansteuern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fbm
    "Bedingung Bezugsmarkenfehler => mindestens 1 Zahn zuviel oder zuwenig erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fdbkvp
    "Bedingung: Freigabe Diagnose Bremskraftverstärker-Pumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fdyfgr
    "Bedingung Eingriff Fahrdynamikfunktion (als Abschaltbedingung für FGR)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fedkb
    "Bedingung Füllungserfassung drosselklappenbasiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fempos
    "Bedingung multiplikativer Anteil des Füllungsabgleichs im oberen Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fempus
    "Bedingung multiplikativer Anteil des Füllungsabgleichs im unteren Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ff
    "Bedingung Folgefunkenzündung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ffhsc
    "Bedingung B_fgrhsc gesetzt während B_fgrhs"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ffsn2_i
    "Bedingung Folgefunkenzündung 2tes Ladeereignis"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ff_i
    "Bedingung Folgefunkenzündung: interner Puffer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgabgl
    "Bedingung Freigabe des Füllungsabgleichs"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgadllfr
    "Bedingung zur Freigabe der aktiv Diagnose im LL bei eingeschwungenen fr"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgahfm
    "Bedingung Freigabe Auswertung HFM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgdhfmst
    "Bedingung Freigabe der HFM Diagnose nach Startende"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgfshfm
    "Freigabe Fehlerspeichereintrag HFM"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgootein
    "Bedingung Freigabe ON/OFF-Taster GRA für Einschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr
    "Bedingung FGR (Tempomat) aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr6p
    "Bedingung 6-Positionen-Lenkstockhebel für FGR-Bedienung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrab
    "FGR-/ACC-Abschaltung aus der Funktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrabz
    "Bedingung zusätzliche FGR-Abschaltung (FDR Eingriff)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrat
    "Bedingung: Tip-Schalter Aus am FGR-Bedienteil betätigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgratc
    "Bedingung FGR-Tipschalter Aus betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgratc_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrbec
    "Bedingung FGR-Tipschalter Beschleunigen gehalten (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrbec_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrbr
    "Bedingung FGR-Bremseneingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrbtl
    "Bedingung Bedienteilvariante gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrca_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrdvi
    "Bedingung FGR-Regler Initialisierung der gespeicherten Regelabweichung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgren
    "Bedingung Fahrgeschwindigkeitsregelung aktiv (Enable)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380739
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380739 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380739 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380739 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrenold_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgren_um
    "FGR-/ACC-Einschaltung aus Bedienhebel gültig in der Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhe
    "Bedingung: FGR-Bedienteil-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhec
    "Bedingung Fehler FGR-Bedienteil (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhec_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhev
    "Bedingung Fehler FGR-Bedienteil (vorläufig)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhs
    "Bedingung FGR-Hauptschalter (über Hw-Leitung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhsa
    "Bedingung: FGR-Hauptschalter aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhsc
    "Bedingung FGR-Hauptschalter ein (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrhsc_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgron_um
    "Info FGR-Eingriff innerhalb Funktionsüberwachung erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrsec
    "Bedingung FGR-Tipschalter Setzen betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrsec_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtbe
    "Bedingung FGR-Taste Beschleunigen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtbh
    "Bedingung FGR-Taste Beschleunigen wird gehalten (kein Tip)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtdc
    "Bedingung FGR-Tipschalter Verzögern betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtdc_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrte
    "Bedingung FGR vom Tester freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrteen
    "Bedingung FGR über Login freigeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrths
    "Bedingung getasteter FGR-Hauptschalter"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrthsc
    "Bedingung getasteter FGR-Hauptschalter über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrthsc_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrthse
    "Bedingung Fehler in Erkennung der  FGR-Hauptschaltervariante"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtse
    "Bedingung FGR-Taste Setzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtuc
    "Bedingung FGR-Tipschalter Beschleunigen betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtuc_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtve
    "Bedingung FGR-Taste Verzögern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtvh
    "Bedingung FGR-Taste Verzögern wird gehalten (kein Tip)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrtwa
    "Bedingung FGR-Taste Wiederaufnahme"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrvec
    "Bedingung FGR-Tipschalter Verzögern gehalten (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrvec_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrwac
    "Bedingung FGR-Tipschalter Wiederaufnahme betätigt (vom CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgrwac_z
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38073D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_bt
    "Bedingung FGR (Tempomat) in Befehlstest aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_uc
    "FGR-/ACC-Momenteneingriff im Befehlstest erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_um
    "FGR-/ACC-Momenteneingriff in der Funktionsüberwachung erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgr_um_c
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgszsla
    "Bedingung Freigabe der Anforderung Aktivdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgszsla2
    "Bedingung Freigabe der Anforderung Aktivdiagnose, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgszsls
    "Bedingung Freigabe der Setzbedingung des Zyklusflags Z_sls"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fgszsls2
    "Bedingung Freigabe der Setzbedingung des Zyklusflags Z_sls2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fhfs
    "Bedingung: Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fhz
    "Bedingung Frontscheibenheizung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fil
    "Bedingung PT1-Filter für SAWE aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_first
    "Hilfsvariable Detektion 720° Marke Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_firstSyn
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklanf
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ120"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklanf2
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU2/CJ120"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklanfs
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ120 nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklsol
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU/CJ125"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fklsol2
    "Bedingung Anforderung Verstärkungsumschaltung Fettkennlinie LSU2/CJ125"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsdks
    "Integratorstop fkmsdk"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsmn
    "schnelle Massenstromadaption fkmsdks im unteren Anschlag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkmsmx
    "schnelle Massenstromadaption fkmsdks im oberen Anschlag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvdk
    "Bedingung für die Freigabe des langsamen multiplikativen Füllungsabgleichs"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvmn
    "langsame Massenstromadaption fkpvdk im unteren Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fkpvmx
    "langsame Massenstromadaption fkpvdk im oberen Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fktlshv
    "Bedingung Fehler im Kurztrip für Vertauschung Sonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fku
    "Bedingung Kupplungsfehler aus Botschaft Getriebe 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fku_c
    "Bedingung Kupplungsfehler aus Botschaft Getriebe 2 (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b_flags_uc
    "Ebene 3 Byte für Botschaftüberwachung (alte Toggle Bits)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    b_flags_um
    "Flag für Bitinformationen in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_flpincon
    "Flashprogrammierung war inkonsistent"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38074B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmfkrc
    "Filtermittenfrequenz des CC195/CC650 umgeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fmfkrhs
    "Handshake Bit für mfe_isr"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnsb1
    "Bedingung Nachstartabregelung Bereich 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnsb2
    "Bedingung Nachstartabregelung Bereich 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnsb3
    "Bedingung Nachstartabregelung Bereich 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnsoff
    "Bedingung Berechnung Nachstart abschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380767
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380767 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380767 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380767 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwaktv
    "Fehler bei Nockenwellenverstellung Ein- oder Auslaß gerade vorhanden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwaktva
    "Fehler bei Nockenwellenverstellung Auslaß gerade vorhanden (nicht entprellt)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwaktve
    "Fehler bei Nockenwellenverstellung Einlaß gerade vorhanden (nicht entprellt)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwea
    "Bedingung Bereich fnwea (NW-Überschneidung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38496F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwea2
    "Bedingung Bereich fnwea2 (NW-Überschneidung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38496F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwea3
    "Bedingung Bereich fnwea3 (NW-Überschneidung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38496F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwstva
    "Fehler Auslaßnockenwellensteller gerade vorhanden (nicht entprellt)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fnwstve
    "Fehler Einlaßnockenwellensteller gerade vorhanden (nicht entprellt)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fodon
    "Bedingung fuel-on Adaption in drehzahldominantem Bereich aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofd
    "Bedingung fuel-off Adaption in dominantem Drehzahlbereich aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofdis
    "Bedingung fuel-off Adaption im aktuellen Betriebsbereich nicht erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofdr
    "Bedingung fuel-off Adaption im dominanten Drehzahlbereich ready"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr
    "Bedingung fuel-off Adaption im aktuellen Drehzahlbereich ready"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr1
    "Drehzahlbereich 1 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr2
    "Drehzahlbereich 2 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr3
    "Drehzahlbereich 3 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofr4
    "Drehzahlbereich 4 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrset
    "Reset der fuel-off Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrun
    "Status fuel-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofrun0
    "Bedingungen für Fuel-off Adaption erfüllt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fofstp
    "Bedingung fuel-off Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fohe
    "aktueller Bereich ist ein Heilbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fohold
    "fuel-on Adaption angehalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fokstp
    "Bedingung fuel-on Adaption gestoppt (Adaption + Korrektur)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_folunw
    "Bedingung Laufunruhe zu groß für fuel-on/-off Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fomod
    "zeigt Modus der fuel-on/-off Adaption (Codewort CDFOMOD)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382995
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382995 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382995 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382995 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fondis
    "Bedingung fuel-on Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresd
    "Anforderung Reset der Fuel-On Adaption durchführen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresf
    "Reset der Fuel-On Adaption durchgeführt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonresz
    "Anforderung Reset der Fuel-On Adaption durch ZGST"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonrset
    "Reset der fuel-on Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fonstp
    "Bedingung fuel-on Adaption gestoppt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fontm
    "Motortemperatur genügend hoch für fuel-on-Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fophsnl
    "Evabschaltung über feste Abschaltmuster ohne Notlauf Phasensuche"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for
    "Bedingung fuel-on/-off Adaption aktuell ready"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for00
    "KF-Bereich 0 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for01
    "KF-Bereich 01 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for02
    "KF-Bereich 02 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for03
    "KF-Bereich 03 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for04
    "KF-Bereich 04 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for05
    "KF-Bereich 05 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for06
    "KF-Bereich 06 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for07
    "KF-Bereich 07 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for08
    "KF-Bereich 08 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for09
    "KF-Bereich 09 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for10
    "KF-Bereich 10 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for11
    "KF-Bereich 11 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for12
    "KF-Bereich 12 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for13
    "KF-Bereich 13 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for14
    "KF-Bereich 14 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for15
    "KF-Bereich 15 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for16
    "KF-Bereich 16 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for17
    "KF-Bereich 17 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for18
    "KF-Bereich 18 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for19
    "KF-Bereich 19 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for20
    "KF-Bereich 20 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for21
    "KF-Bereich 21 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for22
    "KF-Bereich 22 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_for23
    "KF-Bereich 23 fertig gelernt (ready)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fordo
    "Bedingung fuel-on/-off Adaption in mind. eimem dominanten Bereich ready"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn
    "Bedingung fuel-on/-off Adaption aktueller Drehzahlbereich ready"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn01
    "mindestens ein Bereich im Drehzahlbereich 01 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn02
    "mindestens ein Bereich im Drehzahlbereich 02 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn03
    "mindestens ein Bereich im Drehzahlbereich 03 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn04
    "mindestens ein Bereich im Drehzahlbereich 04 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn05
    "mindestens ein Bereich im Drehzahlbereich 05 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn06
    "mindestens ein Bereich im Drehzahlbereich 06 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn07
    "mindestens ein Bereich im Drehzahlbereich 07 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forn08
    "mindestens ein Bereich im Drehzahlbereich 08 hat fertig gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forun
    "Status fuel-on/-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_forun0
    "Status fuel-on/-off Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpbkvmx
    "Freigabe: BKV-Druck genügend gross"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fphad
    "Berechnung Freigabebedingung für Flankenadaption Phasensensor"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprakt
    "DK-Rückstellfeder-Prüfung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fproab
    "Bedingung: DV-E-Prüfung öffnende Feder Abbruch, Feder öffnet nicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fproe
    "Bedingung: Öffnende Federprüfung Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprook
    "Bedingung: öffnende Federprüfung i.O."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprordy
    "Bedingung: Öffnende Federprüfung fertig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprovb
    "Bedingung: Öffnende Federprüfung verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprrdy
    "DK-Rückstellfeder-Prüfung beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzab
    "Bedingung: DV-E-Rückstellfederprüfung Abbruch, Feder schließt nicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprze
    "Bedingung: Fehler in der DV-E-Rückstellfederprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzok
    "Bedingung: DV-E-Rückstellfederprüfung i.O."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fprzvb
    "Bedingung: DV-E-Rückstellfederprüfung verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpwdkap
    "DK-Steuerung direkt über Fahrpedal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpwld
    "Flashprogrammierungswunsch Lüfter deaktivieren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fpwld_ok
    "Flashprogrammierungswunsch Lüfter deaktivieren durchgeführt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frao
    "Einschaltbedingung für Adaption von frao"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frao2nt
    "Bedingung : Fehler E_frao2nt bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frao2tl
    "Bed. Fehler LR-Adaption oberer Bereich (Bank 2) wegen Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraoan
    "Anforderung TEV schnell schließen zur Aktivierung der Gemischadaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraont
    "Bedingung : Fehler E-frao bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraor
    "Bedingung frao-Integrator außerhalb reduzierter Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraor2
    "Bedingung frao2-Integrator außerhalb reduzierter Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraotl
    "Bedingung Fehler LR-Adaption oberer Bereich wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frat
    "Einschaltbedingung für Adaption von frat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frau
    "Einschaltbedingung für Adaption von frau"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frau2nt
    "Bedingung : Fehler E_frau2 bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frau2tl
    "Bed. Fehler LR-Adaption (Bank 2) unterer Bereich wegen Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraunt
    "Bedingung : Fehler E_frau bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraur
    "Bedingung frau-Integrator außerhalb reduzierter Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fraur2
    "Bedingung frau2-Integrator außerhalb reduzierter Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frautl
    "Bed. Fehler LR-Adaption unterer mult. Bereich wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frdph
    "Bed. Transition 'to_Fixred' aktiviert durch Notlauf-Phasensuche"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frgbs
    "Bedingung Freigabe Bediensignale Fahrgeschwindigkeitsregler"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38072F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38072F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38072F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38072F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frini
    "Bedingung Regelfaktor fr initialisieren"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frini2
    "Bedingung Regelfaktor fr initialisieren, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmax
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMAX"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmax2
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMAX, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmin
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMIN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmin2
    "Lambda-Regelung setzt Bit sobald FR am Anschlag FRMIN, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A65
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A65 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A65 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A65 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmn
    "Stelleingriff Lambda-Regelung nach unten begrenzt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frmn2
    "Stelleingriff Lambda-Regelung nach unten begrenzt, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frste
    "Bedingung frm_w eingeschwungen (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_frste2
    "Bedingung frm2_w eingeschwungen (Kurztest 2. Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fs
    "Bedingung Fahrstufe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fst1pl
    "Bed.: Ölfüllstandszeit 1 plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fst2pl
    "Bed.: Ölfüllstandszeit 2 plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fst3pl
    "Bed.: Ölfüllstandszeit 3 plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fst4pl
    "Bed.: Ölfüllstandszeit 4 plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fstcanok
    "CAN: Bedingung Tankfuellstands-Message okay"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fsu
    "Bedingung Fahrstufe, Umschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftaatun
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftakre
    "Bedingung: Fehlereintrag durch Tester für Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftanws
    "Bedingung: Fehlereintrag durch Tester für NWS (Auslaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftanwse
    "Bedingung: Fehlereintrag durch Tester für NWS Endstufe (Auslaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftasgnpl
    "Bedingung Fehlereintrag durch Tester: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbkvp
    "Bedingung: Fehlereintrag durch Tester für BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbkvpe
    "Bedingung: Fehlereintrag durch Tester für BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbrems
    "Bedingung: Fehlereintrag durch Tester für Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftbznpl
    "Bedingung Fehlereintrag durch Tester: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcair
    "Bedingung Fehlereintrag durch Tester : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcairp
    "Bedingung Fehlereintrag durch Tester : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcas
    "Bedingung Fehlereintrag durch Tester: CAN-Schnittstelle ABS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcat
    "Bedingung Fehlereintrag durch Tester : CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcbr2
    "Bedingung Fehlereintrag durch Tester : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcbsg
    "Bedingung Fehlereintrag durch Tester : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcgat
    "Bedingung Fehlereintrag durch Tester : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcge
    "Bedingung Fehlereintrag durch Tester: CAN-Schnittstelle TCM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcgra
    "Bedingung Fehlereintrag durch Tester für CAN-Timeout Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcif
    "Bedingung Fehlereintrag durch Tester : CAN im Zustand Bus-Off"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftcins
    "Bedingung Fehlereintrag durch Tester : Botschaft Kombi"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftckla
    "Bedingung Fehlereintrag durch Tester : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftclws
    "Bedingung Fehlereintrag durch Tester : Lenkwinkel-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftctog
    "Bedingung Fehlereintrag durch Tester : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftczas
    "Bedingung Fehlereintrag durch Tester : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk
    "Condition fault entry by tester for DK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk1p
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdk2p
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdpl
    "Bedingung Fehlereintrag durch Tester für Dauerplus Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdsbkv
    "Bedingung: Fehlereintrag durch Tester für BKV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdsu
    "Bedingung: Fehlereintrag durch Tester für DSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvee
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvef
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvefo
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvel
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdven
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdver
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveu
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveub
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdveuw
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdvev
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdylsu
    "Bedingung Fehlereintrag durch Tester für Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftdylsu2
    "Bedingung Fehlereintrag durch Tester für Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftedab
    "Bedingung Spülrate für Diagnose zusteuern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftegfe
    "Bedingung: Fehlereintrag durch Tester für DEGFE"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftegsbgr
    "Bedingung Fehlereintr. durch Tester:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftenws
    "Bedingung: Fehlereintrag durch Tester für NWS (Einlaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftenwse
    "Bedingung: Fehlereintrag durch Tester für NWS Endstufe (Einlaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftepcle
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev1
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev2
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev3
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev4
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev5
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftev6
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfku
    "Bedingung Fehlereintrag durch Tester: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftflp
    "Fehlereintrag durch Tester für Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfp1p
    "Bedingung Fehlereintrag durch Tester für Poti1 FPM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfp2p
    "Bedingung Fehlereintrag durch Tester für Poti2 FPM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrao
    "Bedingung Fehlereintrag durch Tester für FRAO"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrao2
    "Bedingung Fehlereintrag durch Tester für FRAO2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrau
    "Bedingung Fehlereintrag durch Tester für FRAU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrau2
    "Bedingung Fehlereintrag durch Tester für FRAU2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrst
    "Bedingung Fehlereintrag durch Tester für FRST (FR-Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftfrst2
    "Bedingung Fehlereintrag durch Tester für FRST (FR-Kurztest Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftgecod
    "Bedingung Fehlereintrag durch Tester : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftgrbh
    "Bedingung Fehlereintrag durch Tester für GRA-Bedienteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthelsu
    "Bedingung Fehlereintrag durch Tester: Heizereinkopplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthelsu2
    "Bedingung Fehlereintrag durch Tester: Heizereinkopplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthre
    "Bedingung: Fehlereintrag durch Tester für Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsh
    "Bedingung Fehlereintrag durch Tester für Lambdasonden-Heizung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsh2
    "Bedingung Fehlereintrag durch Tester für Lambdasonden-Heizung 2 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthshe
    "Bedingung Fehlereintrag durch Tester für Endstufe LS-Heizung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthshe2
    "Bedingung Fehlereintrag durch Tester für Endstufe LS-Heizung hinter Kat, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsv
    "Bedingung Fehlereintrag durch Tester für LSU-Heizung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsv2
    "Bedingung Fehlereintrag durch Tester für LSU-Heizung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsve
    "Bedingung Fehlereintrag durch Tester für Heizer der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fthsve2
    "Bedingung Fehlereintrag durch Tester für Heizer der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fticlsu
    "Bedingung Fehlereintrag durch Tester für Auswerte-IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fticlsu2
    "Bedingung Fehlereintrag durch Tester für Auswerte-IC der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkat
    "Bedingung Fehlereintrag durch Tester für Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkat2
    "Bedingung Fehlereintrag durch Tester für Katalysator, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkpe
    "Bedingung: Fehlereintrag durch Tester für Endstufendiagnose EKP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrnt
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrof
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkrtp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftks1
    "Bedingung:Fehlereintrag durch Tester, Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftks2
    "Bedingung:Fehlereintrag durch Tester, Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftks3
    "Bedingung:Fehlereintrag durch Tester, Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftks4
    "Bedingung:Fehlereintrag durch Tester, Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftkuppl
    "Bedingung: Fehlereintrag durch Tester für Kupplungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlash
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlash2
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlavh
    "Bedingung Fehlereintrag durch Tester Lambda Sonde (Vollast-Prüfung)  hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlavh2
    "Bed. Fehlereintrag durch Tester Lambda Sonde (Vollast-Prüfung)  hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftldpe
    "Bedingung Fehlereintrag durch Tester für Endstufe LDP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftllr
    "Bedingung: Fehlereintrag durch Tester für Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsh
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsh2
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlshv
    "Bedingung Fehlereintrag durch Tester Lambda Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuia
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuia2
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IA, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuip
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuip2
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung IP, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuks
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuks2
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitungen, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuun
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung UN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuun2
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung UN, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuvm
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsuvm2
    "Bedingung: Fehlereintrag durch Tester für LSU-Leitung VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsv
    "Bedingung Fehlereintrag durch Tester Lambda Sonde vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsv2
    "Bedingung Fehlereintrag durch Tester Lambda Sonde vor KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlsvv
    "Bedingung Fehlereintrag durch Tester Lambda Sonde vertauscht vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlue1
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftlues1e
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftma
    "Bedingung Fehlereintrag durch Tester: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd
    "Bedingung: Fehlereintrag durch Tester für MD"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd00
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd01
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd02
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd03
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd04
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmd05
    "Bedingung Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftmdb
    "Bedingung: Fehlereintrag durch Tester für MDB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftn
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnwkw
    "Bedingung Fehlereintrag durch Tester für Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnwkw2
    "Bedingung Fehlereintrag durch Tester für Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftnx
    "Bedingung Fehlereintrag durch Tester für NMAX"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftph
    "Bedingung Fehlereintrag durch Tester für Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftph2
    "Bedingung: Fehlereintrag durch Tester für Phasengeber 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftpllsu
    "Bedingung Fehlereintrag durch Tester für die Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftpllsu2
    "Bedingung Fehlereintrag durch Tester für die Plausibilität der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftpwgde
    "Bedingung: Fehlereintrag durch Tester für Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftrkat
    "Bedingung Fehlereintrag durch Tester für RKAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftrkat2
    "Bedingung Fehlereintrag durch Tester für RKAT2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftrkaz
    "Bedingung Fehlereintrag durch Tester für RKAZ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftrkaz2
    "Bedingung Fehlereintrag durch Tester für RKAZ2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftscr
    "Bedingung Fehlereintrag durch Tester : Crashabschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsgeep
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsgeew
    "Bedingung: Fehlereintrag durch Tester: SG defekt (EEPROM WFS- Bereich)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftslpe
    "Bedingung Fehlereintrag durch Tester Sekundärluftpumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsls
    "Bedingung: Fehlereintrag durch Tester für Katheizen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsls2
    "Bedingung: Fehlereintrag durch Tester für SLS, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftslv
    "Bedingung: Fehlereintrag durch Tester für SLV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftslv2
    "Bedingung: Fehlereintrag durch Tester für SLV, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftslve
    "Bedingung Fehlereintrag durch Tester Sekundärluftventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftsue
    "Bedingung: Fehlereintrag durch Tester für Endstufe Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftswe
    "Bedingung Fehlereintrag durch Tester:  Schlechtwegerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftta
    "Bedingung Fehlereintrag durch Tester Ansauglufttemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttankl
    "Bedingung: Fehlereintrag TANKL durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttes
    "Bedingung Fehlereintrag durch Tester für TEV"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttesf
    "Bedingung Fehlereintrag durch Tester TESF"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttesg
    "Bedingung: Fehlereintrag durch Tester für Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftteve
    "Bedingung Fehlereintrag durch Tester Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttka
    "Bedingung Fehlereintrag durch Tester: TKA-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttm
    "Bedingung Fehlereintrag durch Tester für Motor-/Kühlmittel-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttmki
    "Bedingung Fehlereintrag durch Tester Motortemperatur aus Kombiinstrument tmki"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttol
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fttum
    "Bedingung: Fehlereintrag durch Tester"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftub
    "Bedingung Fehlereintrag durch Tester für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftubr
    "Bedingung Fehlereintrag durch Tester für Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufmv
    "Bedingung: Fehlereintrag durch Tester: Momentvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufnc
    "Bedingung: Fehlereintrag durch Tester:Drehzahlgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufrlip
    "Bedingung: Fehlereintrag durch Tester: Lastsensor-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufsga
    "Bedingung: Fehlereintrag durch Tester: SG-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufsgb
    "Bedingung: Fehlereintrag durch Tester: SG-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufska
    "Bedingung: Fehlereintrag durch Tester:Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftufspsc
    "Bedingung: Fehlereintrag durch Tester:Pedalwertgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftulsu
    "Bedingung Fehlereintrag durch Tester für Spannungssignal LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftulsu2
    "Bedingung Fehlereintrag durch Tester für Spannungssignal LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturram
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturrom
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fturrst
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftvfz
    "Bedingung Fehlereintrag durch Tester für Fehlerpfad VFZ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftwfs
    "Bedingung: Fehlereintrag durch Tester: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftwfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet1
    "Zündkreisfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ftzwpe
    "Bedingung Fehlereintrag durch Tester: Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_furena
    "Bedingung Aktivierung des Füllungsreglers"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_furpen
    "Bedingung Füllungsregler P-Anteil aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fwe
    "Bedingung Faktor Wiedereinsetzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_fztafx
    "Bedingung Fahrzyklus für Check Ansauglufttemperatursignal TANS fixiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gae
    "Bedingung Grundadaption eingeschwungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaedegfe
    "Bedingung Gemischadaption für Zuweisung eines Fehlers in der FE eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaefra
    "Bedingung Grundadaption (fra-Integrator) eingeschwungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaefra2
    "Bedingung Grundadaption (fra2-Integrator) eingeschwungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaeing
    "Bedingung Grundadaption Bank 1 eingeschwungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gaeing2
    "Bedingung Grundadaption Bank 2 eingeschwungenen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gafraos
    "Bedingung Faktor fra aus Gemischadaption am oberen Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gafraus
    "Bedingung Faktor fra aus Gemischadaption am unteren Anschlag"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gang0
    "Bedingung kein Gang eingelegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gang7
    "Bedingung: Rueckwaertsgang eingelegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gangok
    "Bedingung Gangwechselerkennung prinziell erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gap
    "Bedingung Gemischadaptionsphase aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gapnldg
    "Information über die Position der Lücke"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gasp
    "Bedingung Grundadaption gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gatbot
    "Bedingung Gateway-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gbst7err
    "irreversible Abschaltung erhöhender Eingriff bei statgesc=7"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ge1bot
    "Bedingung Getriebe1-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ge2bot
    "Bedingung Getriebe2-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_geco
    "Bedingung Ecomatic-Betrieb vom Getriebe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_geco_c
    "Bedingung Ecomatic-Betrieb vom Getriebe (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gekoa
    "Bedingung Kompressor wegen Getriebeeingriff abschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gekoa_c
    "Bedingung Kompressor wegen Getriebeeingriff abschalten (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genlrc
    "Bedingung Generator Load Response (CAN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genlrc2
    "Bed. Zeitbereich Generator Load Response (CAN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genonc
    "Bedingung Generator ein (CAN)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genot
    "Bedingung Getriebe-Notlauf"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genot_c
    "Bedingung Getriebe-Notlauf (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_genws
    "Verstellung der NW bei Getriebeeingriff untersagt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ges
    "Bedingung Getriebeschutz über Zylinderausblendung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gess
    "Bedingung Getriebeschutz für schnellen Eingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ges_c
    "Bedingung Getriebeschutz über Zylinderausblendung (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD20 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD20 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gfen
    "Bedingung Gangfenster"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_glf
    "Bedingung Gleichlauf zwischen Poti 1 und Poti 2 verletzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gra6p
    "Bedingung 6-Positionen-Lenkstockhebel für GRA-Bedienung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gra6pe
    "Bedingung Fehler bei automatischer Erkennung der FGR-Bedientastenanzahl"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_graat_um
    "Bedingung GRA-Tipschalter Aus betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabot
    "Bedingung GRA-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz
    "Bedingung unplausibler Botschaftszähler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz1
    "Bedingung Botschaftszähler GRA: Zählerstandsänderung nicht kontinuierlich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grabz2
    "Bedingung Botschaftszähler GRA: Zählerstand  steht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gracan
    "Bedingung Empfang der GRA-Bediensignale über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_graen_um
    "Freigabe des FGR über GRA-Bedienhebel in der Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grahe_um
    "Bedingung GRA-Bedienhebelfehler in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grahianz
    "GRA high Anzeige im Display wird unterstützt (Sollgeschwindigkeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grahs_um
    "Bedingung GRA-Hauptschalter betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gralc
    "Bedingung GRA-Lampenansteuerung über CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grase_um
    "Bedingung GRA-Tipschalter Setzen betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gratd_um
    "Bedingung GRA-Tipschalter Tip-DOWN betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gratu_um
    "Bedingung GRA-Tipschalter Tip-UP betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grawa_um
    "Bedingung GRA-Tipschalter Wiederaufnahme betätigt in Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_grdst
    "Bedingung Grundeinstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsaf
    "Bedingung Getriebe-Schalteingriff-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsaf1
    "Bedingung Getriebe-Schalteingriff-Anforderung aus Getriebe 1- Bot."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsaf1_c
    "Bedingung Getriebe-Schalteingriff-Anforderung aus Getriebe 1- Bot. (nicht plausi"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsaf3
    "Bedingung Getriebe-Schalteingriff-Anforderung aus Getriebe 3- Bot."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsala
    "Bed.: Getriebeeingriff über Luftpfad"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsch
    "Bedingung Getriebeschaltung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gschwka
    "Bedingung keine Schaltvorgang und WK auf."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsch_c
    "Bedingung Getriebeschaltung aktiv (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gsrzw
    "Bedingung Getriebeschaltung mit Momentenreduktion über Zündwinkel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwhposg
    "gültige gwhgpos-Info vom CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwhs
    "Bedingung Gangwechsel bei Handschalter"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_gwrte
    "Bedingung fr-Grenzwertregelung Tankentlüftung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hag
    "Bedingung Höhenadaption gültig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_haubest
    "Motorhaubenzustand: gesetzt, wenn offen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heahfmlm
    "Bedingung Fehlerheilung HFM (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heatf
    "Freigabe Heizerkopplung LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsu
    "Diagnose Heizerkopplung LSU erfolgt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuf
    "Bedingung Freigabe Heilung LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuf2
    "Bedingung Freigabe Heilung LSU 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuip
    "Bedingung: Heilen des Fehlerpfades LSUIP"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_helsuip2
    "Bedingung: Heilen des Fehlerpfades LSUIP, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_henrin
    "Bedingung Ri-Messung darf aus Sicht der Heizungsregelung eingeschaltet werden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_henrin2
    "Bedingung Ri-Messung darf aus Sicht der Heizungsregelung eingeschaltet werden,B2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hepllsu
    "Bedingung: Heilung Plausibilitätsdiagnose der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hepllsu2
    "Bedingung: Heilung Plausibilitätsdiagnose der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heulsu
    "Bedingung Zyklusflag darf gesetzt werden / Fehler löschen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_heulsu2
    "Bedingung Zyklusflag darf gesetzt werden / Fehler löschen, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hfm
    "Bedingung HFM messbereit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hfmko
    "Bedingung: HFM Kurzschluß Obergrenze überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hfmku
    "Bedingung: HFM Kurzschluß Obergrenze unterschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hfmv
    "Bedingung HFM vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlacan
    "Bedingung keine Heizleistungsanforderung aus Clima-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlanws
    "Bedingung Heilung des Fehlers der Auslassnockenwellensteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlenws
    "Bedingung Heilung des Fehlers der Einlassnockenwellensteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hll
    "Bedingung Heißleerlauf"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlon
    "Bedingung Heißland aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlonkmtr
    "Bedingung Heißleuchte an"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsuaru
    "Bedingung I-Anteil der Temp.-Regelung ist angehalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsuaru2
    "Bedingung I-Anteil der Temp.-Regelung ist angehalten, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsumx
    "Bedingung U_bat-korrigierte Stellgröße ist maximal (=100%)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hlsumx2
    "Bedingung U_bat-korrigierte Stellgröße ist maximal (=100%), Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpllsue
    "Bedingung, Fehler-Heilung in DPLLSU aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpllsue2
    "Bedingung, Fehler-Heilung in DPLLSU aktiv, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpnmot
    "Bedingung Hochpunkt Drehzahlschwingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hpwmcs
    "Bedingung PWM-Crash-Sensor-Signal i.O."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B82 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B82 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrevab
    "Anforderung EV-Abschaltung bei Hauptrelaisfehler"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrkng
    "Bedingung Hauptrelaiskontakt nicht geschlossen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrkzlg
    "Bedingung Hauptrelaiskontakt zu langsam geschlossen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsaus
    "Bedingung Ausschalten der Heizungsregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsunp
    "Bedingung Heizungsregelung nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hrlsunp2
    "Bedingung Heizungsregelung nicht plausibel, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsha
    "Bedingung Sonde hinter Kat ausreichend beheizt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsha2
    "Bedingung Sonde 2 hinter Kat ausreichend beheizt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hshe
    "Bedingung Endstufe Sondenheizung hinter Kat angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hshe2
    "Bedingung Endstufe Sondenheizung2 hinter Kat angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hshtpk
    "Bed. Taupuktende überschritten und Sonde ausreichend heiß hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hshtpk2
    "Bed. Taupuktende überschritten und Sonde ausreichend heiß hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsokh
    "Bedingung Sondenheizung OK hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384854 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384854 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsokh2
    "Bedingung Sondenheizung 2 OK hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384855
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384855 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384855 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384855 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsrdy
    "Bedingung Sondenheizung geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hst
    "Bedingung Heißstart"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsua
    "Bedingung: Heizerstatus A liegt vor, Sonde ist ausreichend aufgeheizt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsua2
    "Bedingung: Heizerstatus A liegt vor, Sonde ist ausreichend aufgeheizt, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsub
    "Bedingung: Heizerstatus B liegt vor, Schubabgleich darf durchgeführt werden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hstlsub2
    "Bedingung: Heizerstatus B liegt vor, Schubabgleich darf durchgeführt werden,b2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsttwt
    "Bedingung Wartezeit Max-Fehlererkennung nach Heißstart"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsv
    "Bedingung Heizung Sonde vor Kat einschaltbereit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsv2
    "Bedingung Heizung Sonde2 vor Kat einschaltbereit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsve
    "Bedingung Endstufe Sondenheizung vor Kat angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsve2
    "Bedingung Endstufe Sondenheizung2 vor Kat angesteuert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemn
    "Bedingung Entprellter Min-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemn2
    "Bedingung Entprellter Min-Fehler der Heizerendstufe der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemx
    "Bedingung Entprellter Max-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveemx2
    "Bedingung Entprellter Max-Fehler der Heizerendstufe der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveesi
    "Bedingung Entprellter Sig-Fehler der Heizerendstufe der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsveesi2
    "Bedingung Entprellter Sig-Fehler der Heizerendstufe der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemn
    "Bedingung: Kurzschluß Heizer nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemn2
    "Bedingung: Kurzschluß Heizer nach Masse, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemx
    "Bedingung: Kurzschluß Heizer nach Ubat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvemx2
    "Bedingung: Kurzschluß Heizer nach Ubat, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvesi
    "Bedingung: Lastabfall Heizer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hsvesi2
    "Bedingung: Lastabfall Heizer, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzkfh
    "Bedingung Fehler Heizer-Einkopplung hinter Haupt KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzkfh2
    "Bedingung Fehler Heizer-Einkopplung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD44 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD44 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzkhzyk
    "Bedingung Heizereinkopplung für Bildung Zyklusbit  hinter Haupt KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzkhzyk2
    "Bedingung Heizereinkopplung für Bildung Zyklusbit  hinter Haupt KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzoffh
    "Bedingung Heizung ausgeschaltet  hinter Haupt KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hzoffh2
    "Bedingung Heizung ausgeschaltet hinter Haupt  KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_hztanl
    "Bedingung TANS-Sensor  im Nachlauf aufgeheizt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iclsabg
    "Bedingung: Anforderung/Durchführung  des elektrischen Abgleiches der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iclsabg2
    "Bedingung: Anforderung/Durchführung  des elektrischen Abgleiches der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_idecay
    "Bedingung Grenzwertreg. auf fettes Soll-Lambda mit Absteuern Integralanteil LRS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_idecay2
    "Bedingung mit Absteuern Integralanteil LRS, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iflsd
    "Bedingung Initialisierung Filter Lastschlagdämpfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iklrest
    "Bedingung: Retriggerung I-Klein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iklstar
    "Bedingung: I-Klein soll starten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ilmnp
    "intelligentes Leistungsmodul unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_imlkvse
    "Bedingung Luftmassenintegral Rücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_incr
    "Bedingung Inkrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniar
    "Bedingung Initialisierung der AR-Funktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniar1
    "Bedingung Initialisierung ARMD vorläufig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_iniarv
    "Bedingung Initialisierung der Filterfunktion verzögert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inidtf
    "Bedingung Initialisierung Filter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inilabgl
    "Bedingung zur Initialisierung des langsamen Massenstromabgleichs"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inimsdko
    "Bedingung Initialisierung langsamer additiver Massenstromabgleich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_inisabgl
    "Bedingung zur Initialisierung des schnellen Massenstromabgleichs"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_insver
    "gesetzt, wenn neues Kombi; zurückgesetzt wenn altes Kombi"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska
    "Funktions-Fehlerreaktion irreversible SKA (Sicherheits-Kraftstoffabschaltung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_fr
    "FR-Fehlerreaktion irreversible SKA (Sicherheits-Kraftstoff-Abschaltung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_uc
    "Ebene 3 irreversibles Fehlerbit fuer BT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_i_ska_um
    "Fehlerreaktion irrev. SKA (Sicherheitskraftstoffabschaltung) aus Fkt-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_katfz
    "Bedingung Kat in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kath
    "Bedingung Kat Heizung in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kathrdy
    "Bedingung Katalysator-Heizungen geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_katrdy
    "Bedingung Katalysatoren geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kd
    "Bedingung Kick-Down"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kdhre
    "Bedingung Komponenten an Hauptrelais zur Diagnose UBR einschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kdpos
    "Bedingung Kick-Down-Position während Lernvorgang erreicht"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswk
    "Bedingung Konstantfahrt vor Setzwertkorrektur"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswkb
    "Bedingung: Setzwertkorrektur nach Beschleunigung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfvswkv
    "Bedingung: Setzwertkorrektur nach Verzögerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfwee
    "Bedingung Kennfeld KFWEE aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kfzk
    "Bedingung Kennfeld Klopfschutz"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kh
    "Bedingung Kat-Heizung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kha
    "Anforderung Katheizen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khab
    "Bedingung Katheizen Abbruch"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khan
    "Anforderung Katheizen bei erreichen der Mindestdrehzahl"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khares
    "Bedingung Rücksetzen von Bit B_kha"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khaset
    "Bedingung Setzen von Bit B_kha"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kherr
    "Fehler bedingte Sperrbedingung für Bit B_kh"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khll
    "Bedingung Katheizen Leerlauf (Abbruchbedingung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khlle
    "Bedingung Leerlauf während Katheizen verlassen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khllmx
    "Bedingung max. Katheizzeit im Leerlauf erreicht"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khn
    "Bedingung Katheiz-Drehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khno
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khnwt
    "Bedingung: Umschaltung Motortemperaturschwelle für KAT-Heizen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khnwta
    "Bedingung: Umschaltung Motortemperaturschwelle für KAT-Heizen Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khnwte
    "Bedingung: Umschaltung Motortemperaturschwelle für KAT-Heizen Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khoab
    "Bedingung Katheizen ohne Abbruchkriterium durchgeführt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khres
    "Bedingung Rücksetzen von Bit B_kh"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khset
    "Bedingung Setzen von Bit B_kh"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_khstc
    "von Temperaturen oder Abstellzeit abhängige Freigabe Kat-Heizen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kkl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Kontrollkontakt in Funktionsüberw"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kkrdy
    "Bedingung Klimakühlmittel geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl
    "Bedingung für erkannte Klopfer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl15
    "Bedingung Klemme 15"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl15sp
    "Klemme 15 Ein/Aus Sperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kl50
    "Bedingung Klemme 50"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klabot
    "Bedingung Botschaft Clima 1 empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klafbg
    "Eingangsgröße für KLAF ist begrenzt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klahmx
    "Bedingung max. Kühlleistungsanhebung angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldf
    "Drehzahlanhebung bei Generatorlast aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldfact
    "Auswertung KLDFM-Signal aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldynrm
    "Bedingung normales Klopfen bei adapt. Lastdynamik"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kldystk
    "Bedingung starkes Klopfen bei adapt. Lastdynamik"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klh
    "Bedingung Kühlleistung hoch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klihdv
    "Bedingung schneller Lüfterhochlauf wegen Klima-Hochdruck"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klimex
    "Bedingung Bit Klimaanlage existiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kllknl
    "Synchronisationsbedingung für zphflsyn=3 erfüllt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klmzu_uc
    "Bedingung  KLMZUMN im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_klmzu_um
    "Bedingung  KLMZUMN wird im Tempomatbetrieb berücksichtigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kln
    "Bedingung Kühlleistung niedrig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmmil
    "MIL-Ansteuerung mit Relevanz zu Kilometererfassung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384002
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384002 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384002 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384002 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmmilsct
    "Ausgabe ""km bei MIL on"" für Scan Tool abschalten (0 = keine Ausgabe in PID $21)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kmtre
    "Bedingung fehlerfreie KMTR Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ko
    "Bedingung Kompressor freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koa
    "Bedingung für Kompressorausschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobaus
    "Bedingung für Kompressor bei Beschleunigung oder Last"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobmnon
    "Minimale Einschaltzeit nach Ausschalten bei Beschleunigung oder Vollast"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobped
    "Bedingung für Kompressor aus bei Beschleunigung über dwped"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobpedt
    "Bedingung für Kompressorausschalten über dwped nach timer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobwped
    "Bedingung : für Kompressorausschalten über wped"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kobwpedt
    "Bedingung: für Kompressorausschalten über wped nach timer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koe
    "Bedingung für Kompressoreinschalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koena
    "Bedingung Kompressor freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koenat
    "Bedingung Kompressor freigegeben nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koevab
    "Ev-Abschaltung durch Funktion KOEVAB aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kofreeze
    "Anforderung: Kompressor Status einfrieren"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kogandel
    "Bedingung: Verzögerung des Kompressoreinschaltens nach Gangwechsel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koganped
    "Bedingung für Kompressorabschalten beim Gangwechsel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koint
    "Bedingung für Kompressorausschalten  aus  Motormanagement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kombi1_klima1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komna
    "Bedingung zur Aktivierung des Kompressors über MNA"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komnoff
    "Bedingung Kompresszor-Mindestabschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komnon
    "Bedingung Kompresszor-Mindesteinschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_komxoff
    "Bedingung Kompresszor-Höchstabschaltzeit abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kondel
    "Bedingung: Verzögerung des Kompressoreinschaltens bei höher Drehzahl"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kooff
    "Bedingung für hartes Kompressorabschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kooffc
    "Bedingung für hartes Kompressorabschalten aus Bordnetz über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koofft
    "Bedingung für hartes Kompressorabschalten nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_koondel
    "Bedingung: Verzögerung des Kompressoreinsch. bei höher Drehzahl & bei Gangwechse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kosrc
    "Bedingung für Klimakompressors-Leistungsreduzierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kostart
    "Bedingung zur Aktivierung der KOS nach Motorstart"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kotmsk
    "Bedingung für Klimataste ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kotmsko
    "Bedingung für Klimataste ein  nach Timer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kov
    "Bedingung Klimakompressor verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kovdown
    "Überwachungszeit  von  B_ko  nach Reset B_kov  zum B_kotmsko(bidirek. Schnitst.)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kovkmtr
    "Bedingung Klimakompressor Ausschalten (Kompressorverbot) aus KMTR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kow
    "Bedingung Kompressor freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kpl
    "Bedingung keine Unplausibilität erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kr
    "Bedingung Klopfregelung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kra
    "Bedingung KR-Adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krafrz
    "Bedingung: KR-Adaption ist eingefroren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krdws
    "Bedingung Klopfregelung Sicherheitsspätverstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krfdks
    "Bedingung Freigabe Diagnose KS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krfrz
    "Bedingung: KR ist eingefroren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldy
    "Bedingung Lastdynamik für Klopferkennung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldya
    "Bedingung Lastdynamikvorhalt und -adaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyf
    "Bedingung Adaption Lastdynamikvorhalt nach früh freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyn
    "Bedingung Lastdynamik für Stationäradaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krldyv
    "Bedingung Lastschwelle für Dynamikvorhalt überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlz
    "KR-Leitzylinderfunktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krlzn
    "Drehzahlschwelle für KR-Leitzylinderfunktion überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xff000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krndy
    "Bedingung Drehzahldynamik für Klopferkennung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krndyn
    "Bedingung Drehzahldynamik für Stationäradaption aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnl
    "Notlauf Klopferkennung bei Phasennotlauf und/oder Doppelzündung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krnlr
    "Notlauf KR für V6, V8 mit 2 KS bei Fehler eines KS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krstatb
    "Bedingung stationärer KR-Betrieb"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krvf
    "Bedingung für Abregelung der KR-ZW-Spätverstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_krwa
    "Klopfregelung am Anschlag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kseb1
    "Bedingung KS-Fehler Bank 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kseb2
    "Bedingung KS-Fehler Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstai
    "Bedingung Inkrementierung/Dekrementierung Startadaptionsfaktor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstaue
    "Startmengenadaptionswerte beim nächsten Start gültig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kstebf
    "Bedingung Kraftstofferstbefüllung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ks_1
    "Bedingung Kurzschluß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktrlash
    "Bedingung Kurztrip für Schwingungsprüfung durchführen Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktrlash2
    "Bedingung Kurztrip für Schwingungsprüfung durchführen Sonde hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktrshv
    "Bedingung Kurztrip Vertauschung Sonden hinter Kat Bank1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktrshv2
    "Bedingung Kurztrip Vertauschung Sonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktzykhv
    "Bedingung Kurztrip Zyklus Vertauschung Sonden hinter Kat Bank1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ktzykhv2
    "Bedingung Kurztrip Zyklus Vertauschung Sonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kub
    "Kurzschluß nach U_batt erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kupgw
    "Bedingung Kupplung betätigt bis erkannter Gangwechsel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kuplaus
    "Motor ist ausgekuppelt; Kupllung ist getreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kuppl
    "Bedingung Kupplungspedal betätigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kupplv
    "Bedingung Kupplung betätigt verzögert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kvakbi
    "Bedingung aufsummierter Kraftstoffverbrauch ist übergelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kvsffl
    "Bedingung: Freigabe des Fehlers trotz Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_kw
    "Bedingung Kat warmhalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_la
    "Lastabfall erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_laedegfe
    "Bedingung: Langsamer Abgleich eingeschwungen für DEGFE"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalgf
    "Bedingung Laufgrenze ""Lambda fett"" aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalgf2
    "Bedingung Laufgrenze ""Lambda fett"" aktiv (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalimi
    "Begrenzung Lambda Ist Wert für Grenzwertregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalimi2
    "Begrenzung Lambda Ist Wert für Grenzwertregelung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalims
    "Begrenzung Lambda Soll Wert für Grenzwetrregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lalims2
    "Begrenzung Lambda Soll Wert für Grenzwertregelung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamabg
    "Bedingung Lambdaabgleich mit CJ120 anfordern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamabg2
    "Bedingung Lambdaabgleich mit CJ120 anfordern, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lambts
    "Lambda für Bauteileschutz ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lambts2
    "Lambda für Bauteileschutz ist aktiv (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamdiag
    "Lambdasoll von Diagnosefunktionen angefordert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamdiag2
    "Lambdasoll von Diagnosefunktionen angefordert Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamdkt
    "Bedingung Lambdasoll-Eingriff für Katalysatordiagnose aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamend
    "Bedingung Ende der Lambdaverstellung in %LAMKO hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamend2
    "Bedingung Ende der Lambdaverstellung in %LAMKO hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamfas
    "Verbot  für Lambda Fahrerwunsch Aktivierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamka
    "Lambda für Kat-Ausräumen aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamka2
    "Lambda für Kat-Ausräumen aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamkh
    "Bedingung Lambdasoll für Katheizen aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamkhe
    "keine Lambdaanforderung seitens LAKH"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlash
    "Bedingung für Abmagern/Anfetten in %LAMKO"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlash2
    "Bedingung für Abmagern in %LAMKO Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlshv
    "Bedingung für Abmagern oder Anfettung in %LAMKO"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamlshv2
    "Bedingung für Abmagern oder Anfettung in %LAMKO Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamnse
    "Bedingung Ende lamns_w-Berechnung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamnswl
    "Lambda-Motor-Soll für Nachstart und Warmlauf aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamsdef
    "Bedingung : definierte Soll-Lambda"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamverg
    "Bedingung Vergleich Lambdasoll in %DLSAHK mit %LAMKO übereinstimmend"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lamverg2
    "Bedingung Vergleich Lambdasoll in %DLSAHK mit %LAMKO übereinstimmend Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lasostc
    "Bit Sonden-Soll-Lambda gleich 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lasostc2
    "Bit Sonden-Soll-Lambda gleich 1, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lawlon
    "lamwl_w ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcnpanw
    "lokales Bit für NP-Fehler der NWS (Auslaß, Bank1)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lcnpenw
    "Lokales Bit für NP-Fehler der NWS (Einlaß, Bank1)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldef
    "Bedingung : definierte Soll-Lambda Bank1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldef2
    "Bedingung : definierte Soll-Lambda Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldeffw
    "Bedingung : definiertes Soll-Lambda Bank1 durch Fahrerwunsch"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldpi
    "Bedingung Reed-Kontakt Leckdiagnosepumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldsafw
    "LDR läuft auf Steuerung mit Festwert LDRAPP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ldsapp
    "LDR läuft auf Steuerung mit KFLDRAPP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsfbb
    "Fehler LS hinter Front Kat, der Betriebsbereitschaft zurücksetzt (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsfbb2
    "Fehler LS hinter Front Kat, der Betriebsbereitschaft zurücksetzt (lokal), Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelshbb
    "Fehler LS hinter Haupt Kat, der Betriebsbereitschaft zurücksetzt (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelshbb2
    "Fehler LS hinter Haupt Kat, der Betriebsbereitschaft zurücksetzt (lokal), Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsxbb
    "Fehler LS vor Kat, der Betriebsbereitschaft zurücksetzt (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsxbb2
    "Fehler LS vor Kat, der Betriebsbereitschaft zurücksetzt (lokal), Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsxnb
    "Fehler LS vorne, der Betriebsbereitschaft nicht zurücksetzt (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lelsxnb2
    "Fehler LS vorne, der Betriebsbereitschaft nicht zurücksetzt (lokal), Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lfw
    "Bedingung Luft-Fahrwerk verbaut"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lfzyl1
    "Bedingung für Zyl. 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lhold
    "Licht Hinten-Bot. nicht empfangen, veraltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkderf
    "Bedingung Kick-Down-Position erfolgreich gelernt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkdfrg
    "Bedingung Freigabe Kick-Down-Lernen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lkklnl
    "Synchronisationsbedingung für zphflsyn=1 erfüllt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ll
    "Bedingung Leerlauf aus Fahrersicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lldia
    "Diagnose Leerlaufregelung freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llhzta
    "Bedingung TANS-Sensor  wird im Leerlauf aufgeheizt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llped
    "Bed. Leerlauf, die nur der Zustand des Fahrpedals berücksichtigt (CAN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llr
    "Bedingung Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrein
    "Bedingung LLR Betriebsbereit nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llri
    "Bedingung I-Anteil der LLR aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpd
    "Bedingung PD-Anteil der LLR aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpkh
    "P-Verstärkung für Katheizen aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrpst
    "P-Anteil: Parameter für Start aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llrst
    "Drehzahl erreicht nstat im Nachstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lltafx
    "Bedingung Leerlaufzyklus für Check Ansauglufttemperatursignal TANS fixiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_llvfgr
    "Bedingung Leerlauf-Verbot vom FGR"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380739
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380739 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380739 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380739 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ll_um
    "Bedingung Leerlauf für Ebene II"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lmsslof
    "Bedingung Lambda-Motor-Soll-Sekundärluftanteil, Aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lowra
    "Bedingung Zwischengelege für Low Range zugeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lr
    "LREB: Bedingung Lambdaregelung (vor Kat); (Bank 1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lr2
    "Bedingung Lambdaregelung (vor Kat); Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lra
    "Bedingung Gemischadaption freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lra2
    "Bedingung Gemischadaption 2 freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lraen
    "Bedingung Gemischadaption freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrar
    "Bedingung reduzierte Korrekturbereiche in der LRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrare
    "Bedingung Reset LRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrare2
    "Bedingung Reset LRA Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrareb
    "Bedingung Resetbereitschaft LRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrasp
    "Bedingung stop LRA wegen LSU-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrasp2
    "Bedingung stop LRA wegen LSU-Fehler, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrat
    "Bedingung Gemischadaption temperaturabhängig freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lreberi
    "lokales Flag für  Sperre  I-Anteil durch DKAT-, Frmin-, Frmax-, DKVS-Fehler"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A75
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A75 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A75 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A75 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lreberi2
    "lokales Flag für  Sperre  I-Anteil durch DKAT-, Frmin-, Frmax-, DKVS-Fehler, B2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrebwl
    "Bedingung Warmlauf aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrebwl2
    "Bedingung Warmlauf aktiv, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhbb
    "Bankunabhängige Betriebsbereich abhängige Bedingung Freigabe I-Anteil"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrheini
    "Reset des dalhi-Integrators nach Fehler E_lsh V E_hsh V E_lash & CLRSHKEB.Bit4"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrheini2
    "Reset des dalhi2-Integr. nach Fehler E_lsh2 V E_hsh2 V E_lash2 & CLRSHKEB.Bit4"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhk
    "Bedingung Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhk2
    "Bedingung Lambdaregelung hinter Kat (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkb
    "Bedingung Lambdaregelung h. Kat, bankspez. Parameter Bank 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkb2
    "LRHK: Bedingung Lambdaregelung h. Kat, bankspez. Parameter Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkg
    "bankunabhängige Bedingung Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkgi
    "Bankunabhängige Bedingung I-Anteil HK-Regelung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkgnw
    "Verdacht auf Fehler Nockenwellensystem"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkgnwa
    "Fehlerverdacht Nockenwellensteller Auslass auf Bank 1 oder Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkgnwe
    "Fehlerverdacht Nockenwellensteller Einlass auf Bank 1 oder Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A73
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A73 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A73 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A73 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkp
    "LRHK: Freigabebedingung P-Anteil Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrhkp2
    "LRHK Bank2: Freigabebedingung P-Anteil Lambdaregelung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A6F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrka
    "Bedingung Katalysator-Ausräumen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrka2
    "Bedingung Katalysator-Ausräumen für Stereo-LR Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkaa
    "Bedingung Katalysator-Ausräumen auf-/abregeln"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkaa2
    "Bedingung Katalysator-Ausräumen auf-/abregeln, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkae
    "Bedingung gesteuertes Katalysator-Ausräumen möglich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrkae2
    "Bedingung gesteuertes Katalysator-Ausräumen möglich, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A87
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A87 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A87 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A87 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrmsbrc
    "Bit Bereitschaft zum Reset bei Magerschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrmsbrc2
    "Bit Bereitschaft zum Reset bei Magerschutz, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrmsbs
    "Bedingung Abmagerungsverbot für stetige Regelung, Bank 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrmsbs2
    "Bedingung Abmagerungsverbot für stetige Regelung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnakt
    "Lernaktiv Bit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnbsnc
    "Nicht bankspezifische, notwendige Bedingungen für Lambda-Regelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnda
    "LR Bank1 aktiv, eventuell eingeschränkt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnda2
    "LR Bank2 aktiv, eventuell eingeschränkt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A64 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A64 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrndia
    "Bedingung: DV-E-Adaption und Prüfungen per Diagnose-Tester aktivieren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrndiaur
    "Bedingung: Testeranforderung DV-E Lernwerte als Urlernwerte festlegen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnerf
    "Lernerfolg Bit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnfg
    "Lernfreigabe Bit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnrdy
    "Lernen ist beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrntesa
    "Bedingung: UMA-Lernen u. Verst.abgl wegen Tester-Anford. aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnvb
    "Lernverbot Bit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrnws
    "Lernwertspeicherung Bit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrrl
    "LREB: Von Last abhängige Bedingung Lambdaregelung (vor Kat)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrs
    "LRSEB: Bedingung Lambdaregelung intern (vor Kat), Bank 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrs2
    "LRSEB: Bedingung Lambdaregelung intern (vor Kat), Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsin
    "Bit stetige Lambdaregelung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsin2
    "Bit stetige Lambdaregelung aktiv, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsrems
    "Bedingung fr-reset bei Abmagerungsverbot für Bank 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrsrems2
    "Bedingung fr-reset bei Abmagerungsverbot für Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssa
    "LRSEB: Einschaltbed. für Lambdareg. nach Schub bei langsamer Sonde"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssa2
    "Einschaltbed. für Lambdareg. nach Schub bei langsamer Sonde, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssp
    "Lambda-Regelung setzt Bit, wenn Zusatzamplitude Vorzeichenwechsel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrssp2
    "Lambda-Regelung setzt Bit bei Vorzeichenwechsel Zusatzamplitude Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lrzatrg
    "Triggersignal für Zwangsamplitude bei 2 SG CAN Sender"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ls
    "Bedingung: Lastschlagbegrenzung kleiner Fahrerwunsch (=1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ls4
    "Bedingung 4. Lambda-Sonde nach Auslaß vorbaut (Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ls42
    "Bedingung 4. Lambda-Sonde nach Auslaß vorbaut (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsahksp
    "allgemeine Stop-Bedingungen für die DLSAHK"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsahksp2
    "allgemeine Stop-Bedingungen für die DLSAHK Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsd
    "Bedingung: Pos. Lastschlagdämpfung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsf
    "Bedingung Lambda-Sonde hinter Front-Kat verbaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsf2
    "Bedingung Lambda-Sonde hinter Front-Kat verbaut (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD02 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD02 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsh
    "Bedingung Lambda-Sonde hinter Kat verbaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsh2
    "Bedingung Lambda-Sonde hinter Kat verbaut (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshklt
    "Bedingung Lambdasonde hinter Kat kalt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpft
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel fett"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpft2
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel fett, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpmr
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel mager"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkpmr2
    "Bedingung Lambdasondensignal hinter dem Kat. plausibel mager, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkspe
    "Enable allgemeine Stop-Bedingungen für die DLSAHK"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshkspe2
    "Enable allgemeine Stop-Bedingungen für die DLSAHK Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshswok
    "Bedingung Sonde hinter KAT nach Schwingungsprüfung in Ordnung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lshswok2
    "Bedingung Sonde hinter KAT nach Schwingungsprüfung in Ordnung Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsrdy
    "Bedingung Lambda-Sonden geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuabgl
    "Bedingung Abgleichleitung stetige Lambda-Sonde LSU unterbrochen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuabgl2
    "Bedingung Abgleichleitung stetige Lambda-Sonde LSU 2 unterbrochen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsudip
    "Bedingung: Sondensignal im Band um 1 für Diagnosezwecke"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsudip2
    "Bedingung: Sondensignal im Band um 1 für Diagnosezwecke"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuft
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuft2
    "LSU Bank2 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsufta
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsufta2
    "LSU Bank2 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuftb
    "LSU Bank1 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuftb2
    "LSU Bank2 fett, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamn
    "Bedingung: Lambdasensorsignal an Bond IA kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamn2
    "Bedingung: Lambdasensorsignal an Bond IA kleiner als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamx
    "Bedingung: Lambdasensorsignal an Bond IA größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuiamx2
    "Bedingung: Lambdasensorsignal an Bond IA größer als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuicif
    "Bedingung Schreibfehler auf INIT-Register des Auswerte IC der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuicif2
    "Bedingung Schreibfehler auf INIT-Register des Auswerte IC der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuickf
    "Bedingung Kommunikationsfehler der SPI Schnittstelle zum Auswerte IC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuickf2
    "Bedingung Kommunikationsfehler der SPI Schnittstelle zum Auswerte IC, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulash
    "Bed.Test ausführen für Sonde hinter KAT bei Fehlerverdacht der LSU vor KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulash2
    "Bed.Test ausführen für Sonde hinter KAT bei Fehlerverdacht der LSU vor KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulone
    "Bedingung Lambdasondensignal ist Lambda = 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsulone2
    "Bedingung Lambdasondensignal ist Lambda = 1, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumr
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumr2
    "LSU Bank2 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumra
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumra2
    "LSU Bank2 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumrb
    "LSU Bank1 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumrb2
    "LSU Bank2 mager, nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumxtk
    "Bedingung Max-Fehler ist mit ""Tank-Leer-Bedingung"" entprellt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsumxtk2
    "Bedingung Max-Fehler ist mit ""Tank-Leer-Bedingung"" entprellt, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuna
    "LSU nicht aktiv, Bank1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuna2
    "LSU nicht aktiv, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocun
    "Bedingung Leitungsunterbrechung an der Sondenleitung UN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocun2
    "Bedingung Leitungsunterbrechung an der Sondenleitung UN, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocvm
    "Bedingung Leitungsunterbrechung an der Sondenleitung VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuocvm2
    "Bedingung Leitungsunterbrechung an der Sondenleitung VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffe
    "Bedingung, Zeitentprellung für Offsetdiagnose abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380657
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380657 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380657 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380657 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffe2
    "Bedingung, Zeitentprellung für Offsetdiagnose abgelaufen, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380656 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380656 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffs
    "Bedingung: Offsetfehler bei der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuoffs2
    "Bedingung: Offsetfehler bei der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupft
    "Bedingung Lambdasondensignal plausibel fett"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupft2
    "Bedingung Lambdasondensignal plausibel fett, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupmr
    "Bedingung Lambdasondensignal plausibel mager"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380654 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380654 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsupmr2
    "Bedingung Lambdasondensignal plausibel mager, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380655
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380655 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380655 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380655 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsurfc
    "Bedingung: Resettiere Fehler Counter"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380454 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380454 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsurih
    "Bedingung Innenwiderstand der Nernstzelle unplausibel hoch"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsurih2
    "Bedingung Ri unplausibel hoch, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuril
    "Nernstzellenwiderstand der LSU im plausiblen Bereich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuril2
    "Nernstzellenwiderstand der LSU im plausiblen Bereich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuube
    "Bedingung Betriebsspannung am LSU-Auswerte-IC zu klein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuube2
    "Bedingung Betriebsspannung am LSU-Auswerte-IC zu klein, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuumn
    "Bedingung Ausgangsspannung CJ120/125 im Schub zu klein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuumn2
    "Bedingung Ausgangsspannung CJ120/125 im Schub zu klein, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmn
    "Bedingung: Lambdasensorsignal an Bond UN kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmn2
    "Bedingung: Lambdasensorsignal an Bond UN kleiner als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmx
    "Bedingung: Lambdasensorsignal an Bond UN größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuunmx2
    "Bedingung: Lambdasensorsignal an Bond UN größer als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmn
    "Bedingung: Lambdasensorsignal an Bond VM kleiner als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD88 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD88 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmn2
    "Bedingung: Lambdasensorsignal an Bond VM kleiner als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmx
    "Bedingung: Lambdasensorsignal an Bond VM größer als Schwellwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsuvmmx2
    "Bedingung: Lambdasensorsignal an Bond VM größer als Schwellwert, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsv
    "Bedingung Lambda-Sonde vor Kat verbaut, 1. Sonde nach Auslaß (Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsv2
    "Bedingung Lambda-Sonde vor Kat verbaut, 1. Sonde nach Auslaß (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lsvvsp
    "Bedingung Vertauschte Lambda-Sonden, Regelung sperren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luaerk
    "Aussetzer erkannt über Laufunruhe Abstandsmass, aus DMDLUA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luecke
    "Aktuelles Segment liegt über der Referenzlücke"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef1
    "Bedingung zur Aktivierung Drehzahlfenster 1 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef2
    "Bedingung zur Aktivierung Drehzahlfenster 2 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luef3
    "Bedingung zur Aktivierung Drehzahlfenster 3 für Lüftersteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384024 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384024 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luerk
    "Aussetzer erkannt, aus DMDLU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luesscb
    "Bedingung Lüftersteuerung aus Klimabotschaft auswertbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luft
    "LSU an Luft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_luft2
    "LSU 2 an Luft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lustop
    "Laufunruhe-Berechnung gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwsbot
    "Bedingung LWS-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD22 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD22 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwser
    "Fehler im Lenkwinkelsensorpfad"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_lwsok
    "Bedingung LWS-Caninfo ist fehlerfrei"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m8te
    "Bedingung Fkt-Anforderung Tankentlüftung nach SAE J1979 Mode 8 TID $01"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380568 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380568 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m9cvn
    "Bedingung zur Berechnung der Checksumme (CVN) nach SAE/ISO Mode/Service $09"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380569
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380569 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380569 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380569 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m9cvnclr
    "Bedingung zum Löschen der Checksumme (CVN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380568 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380568 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_m9cvnout
    "Bedingung; Checksumme (CVN) im Mode/Service $09 mind. 1-mal ausgegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380569
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380569 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380569 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380569 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madakt
    "Verlustmomentenadaption aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madfk
    "Bedingung Momentenadaption Fahrstufe und Klimakompressor ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madfs
    "Bedingung Momentenadaption Fahrstufe ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madko
    "Bedingung Momentenadaption Klimakompressor ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_madll
    "Bedingung Momentenadaption ohne Last"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxflsh
    "Kurzsschluß nach UBatt bei Sonde hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxla
    "Maximalwert für Schwingungs-Prüfung hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxla2
    "Maximalwert für Schwingungs-Prüfung hinter KAT erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlash
    "Sonden-Fehler Maximalwert für Schwingungs-Prüfung hinter KAT nicht erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlash2
    "Sonden-Fehler Maximalwert für Schwingungs-Prüfung hinter KAT nicht erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlavh
    "Bedingung Maximalwert für Vollast-Prüfung hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxlavh2
    "Bedingung Maximalwert für Vollast-Prüfung hinter KAT erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxtemp
    "Temporärer Max-Fehler erkannt am Lüfter 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_maxtemp1
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mbst
    "Bedingung spezielle Momentenbegrenzung während Start und kurz nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mbvh
    "Bedingung Mißbrauchsverhinderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mcacti
    "Bedingung McMESS aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarv
    "kritische Aussetzerrate vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarvb1
    "kritische Aussetzerrate Bank1 vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdarvb2
    "kritische Aussetzerrate Bank2 vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbglst
    "Bedingung: Ständige Begrenzung milsol_w auf miszull_w im Schicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdblst
    "Bedingung: Ständige Begrenzung des Luftsollmoments milsol_w auf miszull_w"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbresl
    "Bedingung: Restierung B_mibeg nur bei inaktiver Luftbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdbza
    "Bedingung: Zündwinkeleingriff bei B_mibeg freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mddrla
    "Bedingung Misfire Detection Lastgradient für Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mde8e
    "Bedingung Mode $08 erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mde9e
    "Bedingung Mode $09 erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdee
    "Bedingung Momentenreduzierung über Einspritzausblendung erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdein
    "Bedingung Momenteneingriff aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdend
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mderk
    "Aussetzer erkannt, Verknüpfung mehrerer Funktionen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkat
    "Katschädigende Aussetzerrate überschritten (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkatb1
    "Katschädigende Aussetzerrate Bank1 (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdkatb2
    "Katschädigende Aussetzerrate Bank2 (zur Ausblendung anderer Funktionen)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdmi
    "Bedingung Misfire Detection untere Lastgrenze"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdmin
    "Bedingung minimal erreichbares indiziertes Moment erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdmxge
    "Bedingung maximales Moment bei dem Getriebenotlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdng
    "Bedingung Misfire Detection Drehzahlgradient für Aussetzererkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnmn
    "Bedingung Misfire Detection untere Drehzahlgrenze"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnmx
    "Bedingung Misfire Detection obere Drehzahlgrenze"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdnstab
    "Bedingung Drehzahlstabilisierung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdredhyein
    "Hystereseflag für Zylinderausblendung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdstim
    "Zündungs-Aussetzer eingestellt, Stimuli-Signal vom Aussetzergenerator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdstop
    "Misfire Detection gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdtnst
    "Bedingung Misfire Detection Zeit nach Startende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD32 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD32 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdwaner
    "Bedingung Fehler auf mdwan_w"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzag
    "Bedingung Aussetzer angefordert, Stimuli-Signal vom SW - Aussetzergenerator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzgstp
    "Aussetzererkennung und Zylindergleichstellung gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mdzyl1
    "Zyl.-Kennung (f. Zeit>TALUST), LU-Berechng. gesperrt (f. Zeit<TALUST)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_meaoper
    "ml-/nmot-/rl-Bedingung: Freigabe Meßfenster in Block MEASURE"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_measure
    "Bedingung Timer TGGLS wird nicht berechnet,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mesausw
    "Bedingung Messung msl kann für Diagnose Sekundärluft ausgewertet werden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mesausw2
    "Bedingung Messung msl kann für Diagnose Sekundärluft ausgewertet werden (Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mess
    "Bedingung mindestens eine verwertbare Messung durchgeführt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mess2
    "Bedingung mindestens eine verwertbare Messung durchgeführt (Bank2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mfact
    "Bedingung Medianfilter aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mgbgakt
    "Bedingung Momentengradientenbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mgbget
    "Bedingung Momentengradientenbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibeg
    "Bedingung Momentenbegrenzung ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mibegl
    "Bedingung Momentenbegrenzung Füllungspfad aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_miecges
    "Bed. Getriebeschutz bei fehlende Getriebe Botschaften aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mifabg
    "Bedingung Begrenzung mifa"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mil
    "MIL-Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milabg
    "Mil leuchtet Abgasrelevant"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milact
    "MIL-Ansteuerung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milas
    "Bedingung: MIL-Ansteuerung zu Sichtbarkeitstest kurz nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milblk
    "MIL-Ansteuerung blinkend"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milclr
    "MIL-Reset durch Fehlerspeicher-Löschbefehl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mileb
    "MIL-Ansteuerung eigenbestimmt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfb
    "MIL-Ansteuerung fremdbestimmt durch externes SG"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382992 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382992 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfbg
    "Bedingung MIL-Ansteuerung vom Getriebe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfbg_c
    "Bedingung MIL-Ansteuerung vom Getriebe (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfd
    "Bedingung: MIL-Ansteuerung entsprechend Fehlerdetektion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milfon
    "Bedingung: MIL on eingefroren bis Fahrtende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milkat
    "Mil blinkt wegen Kat schädigende Aussetzer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milkm
    "Bedingung: MIL-Ansteuerung mit Relevanz zu Kilometererfassung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384002
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384002 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384002 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384002 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milmd
    "MIL-Ansteuerung an durch Aussetzererkennung, bei ti-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milrb
    "Bedingung: MIL-Ansteuerung entsprechend Ready-blinken"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milsf
    "Bedingung: MIL-Ansteuerung entsprechend Sonderfunktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milsfint
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milsfr
    "Bedingung: Request für MIL-Ansteuerung entsprechend Sonderfunktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milstat
    "MIL - Status für Scan Tool Mode $01 PID $01"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milste
    "MIL-Ansteuerlogik nach Startende"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milstp
    "Auswertung Aussetzererkennung (%DMDMIL) gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_milvt
    "Bedingung: MIL-Ansteuerung ist im Sichtbarkeitstest (visuability test)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minflsh
    "Adernschluß oder KS nach Masse bei Sonde  hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minflsh2
    "Adernschluß oder KS nach Masse bei Sonde hinter KAT erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minflsu
    "Dynamikfehler LSU, Bank1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minflsu2
    "Dynamikfehler LSU, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minlash
    "Sonden Fehler Minimalwert für Schwingungsprüfung hinter KAT nicht erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_minlash2
    "Sonden-Fehler Minimalwert für Schwingungsprüfung hinter KAT nicht erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mintemp
    "Temporärer Min-Fehler erkannt am Lüfter 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mintemp1
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_misgsen
    "Enable-Bedingung für Getriebeeingriff während B_wkr = 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mkbrmx
    "Bedingung Kupplungsmomentbegrenzung bei betätigter Bremse aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mldyn
    "Bedingung erforderliche Luftmasse im Schubbetrieb für Dynamikmessung erreicht"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlevab
    "Bit Lambdaregelung bei/nach Zylinderausblendung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlevab2
    "Bit Lambdaregelung bei/nach Zylinderausblendung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlktv
    "Bedingung Luftmenge erfüllt im Kurztrip Vertauschung Sonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlnka
    "Bedingung Luftmassenschwelle nach Kat-Ausräumen überschritten; (Bank 1)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlnka2
    "Bedingung Luftmassenschwelle nach Kat-Ausräumen überschritten; (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlrsa
    "LRSEB: Ausschaltbed. für Lambdareg. auf bei und nach Schub über Luftmassenschw."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlsu
    "Bedingung mslu nicht größer 0"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3808E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mluecke
    "Bedingung mittleres Lückensegment bei Motoren mit ungerader Zylinderanzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mlustest
    "Bedingung ml ist innerhalb den Schwellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnaatun
    "Bedingung: Min-Fehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnakre
    "Fehlerart: Kurzschluß Masse Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnanws
    "Bed. Nockenwellenverstellung hat Frühposition nicht erreicht (Auslaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnanwse
    "Fehlerart: Kurzschluß Masse Nockenwellensteuerungsventil Endstufe (Bank1,Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnasgnpl
    "Bedingung min-Fehler: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbkvp
    "Bedingung: min. Fehler BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbkvpe
    "Fehlerart: Kurzschluß Masse an BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbm
    "Fehlertyp: häufige Korrektur bei einem Zahn zuwenig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbrems
    "Fehlertyp BREMS (Bremssschalter): Minimalwert unterschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnbznpl
    "Bedingung min-Fehler: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncair
    "Fehlertyp min. : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncairp
    "Fehlertyp min. : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncas
    "Fehlertyp min.: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncat
    "Fehlertyp min.: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncbr2
    "Fehlertyp min. : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncbsg
    "Fehlertyp min. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncgat
    "Fehlertyp min. : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncge
    "Fehlertyp min.: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncgra
    "Fehlertyp : Min-Fehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncif
    "Fehlertyp min.: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mncins
    "Fehlertyp min.: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnckla
    "Fehlertyp min. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnclws
    "Fehlertyp min.: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnctog
    "Fehlertyp min. : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnczas
    "Fehlertyp min. : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk
    "Fehlertype: Kurzschluss nach Masse Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk1p
    "Fehlertyp min.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndk2p
    "Fehlertyp min.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndpl
    "Fehlertyp 'Dauerplus' erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsbkv
    "Bedingung: min. Fehler BKV-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndsu
    "Bedingung: min-Fehler Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvee
    "Fehlertyp min.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvef
    "Fehlertyp min.: DV-E Fehler bei Prüfung der öffnenden Feder"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvefo
    "Fehlertyp min.: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvel
    "Fehlertyp min.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndven
    "Fehlertyp min.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndver
    "Fehlertyp min.: DV-E Regelbereich, kurzfristig überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveu
    "Fehlertyp min.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveub
    "Fehlertyp min.: DV-E-Adaption Abbruch wg. Umweltbed/Unterspng"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndveuw
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndvev
    "Fehlertyp min.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndylsu
    "Fehlerart: Min-Fehler, Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mndylsu2
    "Fehlerart: Min-Fehler, Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnegfe
    "Bedingung: MIN-Fehler Eingangsgrößen Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnegsbgr
    "Bedingung min-Fehler:  Getriebeeingriff Reduktionsmoment zu lang (aus MDASGPH)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnenws
    "Bed. Nockenwellenverstellung hat Frühposition nicht erreicht (Einlaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnenwse
    "Fehlerart: Kurzschluß Masse Nockenwellensteuerungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnepcle
    "Fehlerart: Kurzschluß Masse an EPCL-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev1
    "Fehlerart: Kurzschluß Masse an Endstufe EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev2
    "Fehlerart: Kurzschluß Masse an Endstufe EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev3
    "Fehlerart: Kurzschluß Masse an Endstufe EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev4
    "Fehlerart: Kurzschluß Masse an Endstufe EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev5
    "Fehlerart: Kurzschluß Masse an Endstufe EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnev6
    "Fehlerart: Kurzschluß Masse an Endstufe EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach Masse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfhsh2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach Masse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfku
    "Bedingung min-Fehler:  Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnflp
    "min-Fehler Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfp1p
    "Fehlertyp min.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfp2p
    "Fehlertyp min.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrao
    "Bedingung untere Plausibilitätsschwelle unterschritten (obere Multipl.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrao2
    "Bedingung untere Plausibilitätsschwelle unterschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrau
    "Bedingung untere Plausibilitätsschwelle unterschritten (untere Multipl.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrau2
    "Bedingung untere Plausibilitätsschwelle unterschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrst
    "Bedingung untere Plausibilitätsschwelle unterschritten(short test)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnfrst2
    "Bedingung untere Plausibilitätsschwelle unterschritten(short test Stereo"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mngecod
    "Fehlertyp: CVT-Getriebe falsch codiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mngrbh
    "Fehlertyp min.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhelsu
    "Fehlerart: min-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhelsu2
    "Fehlerart: min-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhfmlm
    "Bedingung untere Plausibilitätsschwelle HFM überschritten (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhre
    "Bedingung für Fehlertyp 'Minimalwert' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsh2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhshe
    "Kurzschluß Heizung Lambdasonde hinter Kat nach Masse (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhshe2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach Masse (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsv
    "Kurzschluß Heizung Lambdasonde vor Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsv2
    "Kurzschluß Heizung Lambdasonde2 vor Kat nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsve
    "Kurzschluß Heizung Lambdasonde vor Kat nach Masse (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnhsve2
    "Kurzschluß Heizung Lambdasonde2 vor Kat nach Masse (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mniclsu
    "Bedingung MIN-Fehler Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mniclsu2
    "Bedingung MIN-Fehler Auswerte-IC für die LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkat
    "Bedingung Fehlertyp 'Minimalwert' erkannt (Katalysator defekt)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkat2
    "Bedingung Fehlertyp 'Minimalwert' erkannt (Katalysator defekt), Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkpe
    "Bedingung für Fehlertyp Kurzschluß nach Masse für EKP-Relais Endstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrnt
    "Fehlertyp min.: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrof
    "Fehlertyp min.: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkrtp
    "Fehlertyp min.: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnks1
    "Bedingung: Min-Fehler Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnks2
    "Bedingung: Min-Fehler Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnks3
    "Bedingung: Min-Fehler Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnks4
    "Bedingung: Min-fehler Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnkuppl
    "Fehlertyp KUPPL: Minimalwert unterschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlash
    "Fehlertyp 'Minimalwert' für Schwingungsprüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlash2
    "Fehlertyp 'Minimalwert' für Schwingungsprüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlavh
    "Fehlertyp 'Minimalwert' für Vollast-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlavh2
    "Fehlertyp 'Minimalwert' für Vollast-Prüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnldpe
    "Fehlertype: Kurzschluß nach Masse LDP-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnllr
    "Bedingung untere Plausibilitätsschwelle unterschritten Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlm
    "Bedingung: min-Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsh
    "Fehlertyp 'Minimalwert' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsh2
    "Fehlertyp 'Minimalwert' hinter KAT erkannt  Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlshv
    "Fehlertyp 'Minimalwert' nicht belegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuia
    "Fehlertyp 'Minimalwert'  an Sondenleitung IA erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuia2
    "Fehlertyp 'Minimalwert'  an Sondenleitung IA erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuip
    "Fehlertyp 'Minimalwert'  an Sondenleitung IP erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuip2
    "Fehlertyp 'Minimalwert'  an Sondenleitung IP erkannt, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuks
    "Fehlertyp 'Minimalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuks2
    "Fehlertyp 'Minimalwert'  des Fehlers E_lsuks2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuun
    "Fehlertyp 'Minimalwert'  an Sondenleitung UN erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuun2
    "Fehlertyp 'Minimalwert'  an Sondenleitung UN erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuvm
    "Fehlertyp 'Minimalwert'  an Sondenleitung VM erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsuvm2
    "Fehlertyp 'Minimalwert'  an Sondenleitung VM erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsv
    "Fehlertyp 'Minimalwert' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsv2
    "Fehlertyp 'Minimalwert' vor KAT erkannt  Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlsvv
    "MIN-Fehler: Vertauschte Lambda-Sonden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlue1
    "Fehlertyp: Schwergängigkeit Lüfter 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnlues1e
    "Fehlertype: Kurzschluß nach Masse Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnma
    "Bedingung min-Fehler: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd
    "Fehlertyp min.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd00
    "Fehlertyp min.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd01
    "Fehlertyp min.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd02
    "Fehlertyp min.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd03
    "Fehlertyp min.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd04
    "Fehlertyp min.: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmd05
    "Fehlertyp min.: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmdb
    "Fehlertyp min.: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmfa
    "Fehlertyp min.: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnmld
    "Bedingung untere Plausibilitätsschwelle (Luftmassenvergleich) HFM überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnn
    "Fehlerart: Synchronisationsmarke häufig nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnwkw
    "Fehlerart: Nockenwelle spätverstellt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnwkw2
    "Fehlerart: Nockenwelle 2 spätverstellt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnnx
    "Fehlertyp min.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnph
    "Fehlerart: Kurzschluß Masse Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnph2
    "Fehlerart: Kurzschluß Masse Phasengeber 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnpllsu
    "Bedingung: Min-Fehler Plausibilität LSU: I-Anteil der Führungsregelung kleiner a"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnpllsu2
    "Bedingung: Min-Fehler Plausibilität LSU: Sonde zeigt keine Aktivität, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnpwgde
    "Fehlertyp 'Minimalwert' erkannt Pedalwert Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnrkat
    "Bedingung untere Plausibilitätsschwelle unterschritten (add. pro Zeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnrkat2
    "Bedingung untere Plausibilitätsschwelle unterschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnrkaz
    "Bedingung untere Plausibilitätsschwelle unterschritten (add. pro Zündung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnrkaz2
    "Bedingung untere Plausibilitätsschwelle unterschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnscr
    "Fehlertyp min.: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsgeep
    "Bedingung: min-Fehler EEPROM-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsgeew
    "Fehlertyp min.:Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslpe
    "Fehlertype: Kurzschluß nach Masse Endstufe Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsls
    "Fehlerart: Sekundärluftmasse zu gering"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsls2
    "Fehlerart: Sekundärluftmasse zu gering, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslspr
    "Fehlerart lokal: Sekundärluftmasse zu gering"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslspr2
    "Fehlerart lokal: Sekundärluftmasse zu gering, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslv
    "Fehlerart:"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslv2
    "Fehlerart:"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnslve
    "Fehlertype: Kurzschluß nach Masse Endstufe Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnsue
    "Fehlerart: Kurzschluß Masse an Endstufe für Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnswe
    "Beschleunigungssensorsignal kleiner als Plausibilitätsschwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnta
    "Fehlertyp: Minimalwertunterschreitung Ansauglufttemperatur TANS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntankl
    "Fehlertyp min.: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntes
    "Fehlertyp 'Minimalwert' erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntesf
    "Fehlertyp 'Minimalwert' erkannt (Feinleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntesg
    "Fehlertyp 'Minimalwert' erkannt (Grobleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnteve
    "Fehlertyp: Kurzschluß Masse Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntka
    "Fehlertyp: Minimalwertunterschreitung Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntkomp
    "Drehzahlbegrenzung der Gradientenkorrektur nach Start abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntm
    "Fehlertyp: Minimalwertunterschreitung Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntmki
    "Bedingung: Min-Fehler Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntol
    "Fehlertyp: Minimalwertunterschreitung (Motor-) Oeltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mntum
    "Fehlertyp: Minimalwertunterschreitung Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnub
    "Fehlertyp: Minimalwertunterschreitung Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnubr
    "Fehlertyp: Minimalwertunterschreitung Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufmv
    "Fehlertyp min.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufnc
    "Fehlertyp min.:Fktüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufrlip
    "Fehlertyp min.: Fktüberw: Lastsensor-, Zuleitung- oder SG-Fehler (ei_dps_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufsga
    "Fehlertyp min.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_zwc_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufsgb
    "Fehlertyp min.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_rkti_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufska
    "Fehlertyp min.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnufspsc
    "Fehlertyp min.:Fktüberwachung:Pedalwertgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnulsu
    "Fehlerart: Min-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnulsu2
    "Fehlerart: Min-Fehler, Spannungsdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurram
    "Fehlertyp min.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurrom
    "Fehlertyp min.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnurrst
    "Fehlertyp min.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnvfz
    "Fehlertyp min,: Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnwfs
    "Fehlertyp min.: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnwfsrc
    "Fehlertyp min.: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet1
    "Fehler Zündendstufentreiber Kurzschluß nach Masse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mnzwpe
    "Fehlertype: Kurzschluß nach Masse Endstufe Relais für Zusatzwasserpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_hsve
    "Diagnoseregister CJ125:  Kurzschluß nach Masse betr. Heizleitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_hsve2
    "Diagnoseregister CJ125:  Kurzschluß nach Masse betr. Heizleitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_ia
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung IA (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_ia2
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung IA (10ms), Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_un
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung  UN (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_un2
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung  UN (10ms), B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_vm
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung  VM (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mn_vm2
    "Diagnoseregister CJ125:  Kurzschluß nach Masse an Sensorleitung  VM (10ms), B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motabw
    "Bedingung: Motor abgewürgt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motaus
    "CAN-Signal: ""Motor AUS""-Anforderung vom F1-Getriebe (KUP)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motaus_c
    "CAN-Signal: ""Motor AUS""-Anforderung vom F1-Getriebe (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_motstop
    "Bedingung für Abbruch von Einspritzung und Zündung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mrakt
    "Bedingung: Momentenreserve aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mrfamx
    "Vorlagerungswinkel über maximales Fahrerwunschmomment aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mrpfa
    "Bedingung Nullsetzen von mrped_w wegen allgemeiner Drehzahlanhebung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mshlon
    "Bedingung Heißleuchte an (für CAN-Ausgabe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslmin
    "Bedingung sehr geringe Sekundärluftmasse aus Meßphase"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslmin2
    "Bedingung sehr geringe Sekundärluftmasse aus Meßphase (Bank 2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslmn
    "Bedingung zu wenig Sekundärluftmasse"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msloff
    "Sekundärluftmasse ausgeräumt nach Sekundärluftphase"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslon
    "Sekundärluftmasse eingeschwungen nach Start der Sekundärluft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslpmn
    "Fehlerbedingung: keine Sekundärluftpumpe, nur Pulse Air"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mslpmn2
    "Fehlerbedingung: keine Sekundärluftpumpe, nur Pulse Air, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msndko
    "Freigabebedingung für langsamen additiven Massenstromabgleich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380752 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380752 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msr
    "Bedingung für Momentenschlupfregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrakt
    "MSR-Funktion aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrdis
    "Bedingung MSR-Eingriff nicht zugelassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrphnpl
    "Bedingung MSR-Eingriff physikalisch nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrtnpl
    "Bedingung MSR-Eingriff aufgrund Topffunktion nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msrvnpl
    "Bedingung MSR-Eingriff aufgrund Geschwindigkeitsschwelle nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msr_can
    "Bedingung MSR-Anforderung über CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_msthw_um
    "Bedingung Master-SG gemäß Codier-Pin für die Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mszsdkb
    "Berechnung Massenstrom zum Saugrohr DK basiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mt
    "Bedingung Handschaltgetriebe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_munst
    "Bedingung Eingriff Momentenüberwachung zulassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxaatun
    "Bedingung: Max-Fehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxakre
    "Fehlerart: Kurzschluß nach UBat Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxanws
    "Bed. Nockenwellenverstellung hat Spätposition nicht erreicht (Auslaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxanwse
    "Fehlerart: Kurzschluß Ubat Nockenwellensteuerungsventil Endstufe (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxasgnpl
    "Bedingung max-Fehler: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbkvp
    "Bedingung: max. Fehler BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbkvpe
    "Fehlerart: Kurzschluß Ubat an BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbm
    "Fehlertyp: häufige Korrektur bei einem Zahn zuviel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbrems
    "Fehlertyp BREMS (Bremsschalter): Maximalwert überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxbznpl
    "Bedingung Max-Fehler: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcair
    "Fehlertyp max. : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcairp
    "Fehlertyp max. : unpl. Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcas
    "Fehlertyp max.: CAN-Schnittstelle, Timeout Botschaft ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcat
    "Fehlertyp max.: CAN-Schnittstelle, Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcbr2
    "Fehlertyp max. : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcbsg
    "Fehlertyp max. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcgat
    "Fehlertyp max. : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcge
    "Fehlertyp max.: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcgra
    "Fehlertyp : Max-Fehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcif
    "Fehlertyp max.: CAN-Schnittstelle, interner Fehler            2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxcins
    "Fehlertyp max.: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxckla
    "Fehlertyp max. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxclws
    "Fehlertyp max.: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxctog
    "Fehlertyp max. : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxczas
    "Fehlertyp max. : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk
    "Fehlertype: Kurzschluss nach Ubat Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk1p
    "Fehlertyp max.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdk2p
    "Fehlertyp max.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdpl
    "Fehlertyp 'Dauerplus' erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsbkv
    "Bedingung: max. Fehler BKV-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdsu
    "Bedingung: max-Fehler Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvee
    "Fehlertyp max.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvef
    "Fehlertyp max.: DV-E Fehler bei Prüfung der Rückstellfeder"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvefo
    "Fehlertyp max.: Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvel
    "Fehlertyp max.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdven
    "Fehlertyp max.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdver
    "Fehlertyp max.: DV-E Regelbereich, langfristig verletzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveu
    "Fehlertyp max.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveub
    "Fehlertyp max.: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdveuw
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdvev
    "Fehlertyp max.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdylsu
    "Fehlerart: Max-Fehler, Dynamikdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxdylsu2
    "Fehlerart: Max-Fehler, Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxegfe
    "Bedingung: MAX-Fehler Eingangsgrößen Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxegsbgr
    "Bedingung max-Fehler:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxenws
    "Bed. Nockenwellenverstellung hat Spätposition nicht erreicht (Einlaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxenwse
    "Fehlerart: Kurzschluß Ubat Nockenwellensteuerungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxepcle
    "Fehlerart: Kurzschluß Ubat an EPCL-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev1
    "Fehlerart: Kurzschluß UBat an Endstufe EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev2
    "Fehlerart: Kurzschluß UBat an Endstufe EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev3
    "Fehlerart: Kurzschluß UBat an Endstufe EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev4
    "Fehlerart: Kurzschluß UBat an Endstufe EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev5
    "Fehlerart: Kurzschluß UBat an Endstufe EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxev6
    "Fehlerart: Kurzschluß UBat an Endstufe EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach UB"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfhsh2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach UB"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfku
    "Bedingung max-Fehler:  Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxflp
    "max-Fehler Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfp1p
    "Fehlertyp max.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfp2p
    "Fehlertyp max.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrao
    "Bedingung obere Plausibilitätsschwelle überschritten (obere Multipl.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrao2
    "Bedingung obere Plausibilitätsschwelle überschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrau
    "Bedingung obere Plausiblitätsschwelle überschritten (untere Multipl.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrau2
    "Bedingung obere Plausibilitätsschwelle überschritten (mult. 2. Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrst
    "Bedingung obere Plausiblitätsschwelle überschritten (short test"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxfrst2
    "Bedingung obere Plausiblitätsschwelle überschritten (short test Stereo"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxgecod
    "Fehlertyp: AT-Getriebe falsch codiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxgrbh
    "Fehlertyp max.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhelsu
    "Fehlerart: max-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhelsu2
    "Fehlerart: max-Fehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhfmlm
    "Bedingung obere Plausibilitätsschwelle HFM überschritten (für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhre
    "Bedingung für Fehlertyp 'Maximalwert' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsh
    "Kurzschluß Heizung Lambdasonde hinter Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsh2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhshe
    "Kurzschluß Heizung Lambdasonde hinter Kat nach UB (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhshe2
    "Kurzschluß Heizung Lambdasonde2 hinter Kat nach UB (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsv
    "Kurzschluß Heizung Lambdasonde vor Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsv2
    "Kurzschluß Heizung Lambdasonde2 vor Kat nach UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsve
    "Kurzschluß Heizung Lambdasonde vor Kat nach UB (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxhsve2
    "Kurzschluß Heizung Lambdasonde2 vor Kat nach UB (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxiclsu
    "Bedingung MAX-Fehler Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxiclsu2
    "Bedingung MAX-Fehler Auswerte-IC für die LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkat
    "Bedingung obere Plausibilitätsschwelle überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkat2
    "Bedingung obere Plausibilitätsschwelle überschritten, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkpe
    "Fehlertyp Kurzschluß nach Ubat für EKP-Relais Endstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra01
    "Fehlertyp max.: Klopfregelanschlag Zylinder 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra02
    "Fehlertyp max.: Klopfregelanschlag Zylinder 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra03
    "Fehlertyp max.: Klopfregelanschlag Zylinder 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra04
    "Fehlertyp max.: Klopfregelanschlag Zylinder 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra05
    "Fehlertyp max.: Klopfregelanschlag Zylinder 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkra06
    "Fehlertyp max.: Klopfregelanschlag Zylinder 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrnt
    "Fehlertyp max.: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrof
    "Fehlertyp max.: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkrtp
    "Fehlertyp max.: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxks1
    "Bedingung: Max-Fehler Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxks2
    "Bedingung: Max-Fehler Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxks3
    "Bedingung: Max-Fehler Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxks4
    "Bedingung: Max-Fehler Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxkuppl
    "Fehlertyp KUPPL: Maximalwert überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlash
    "Fehlertyp 'Maximalwert' für Schwingungs-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlash2
    "Fehlertyp 'Maximalwert' für Schwingungs-Prüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlavh
    "Fehlertyp 'Maximalwert' für Vollast-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlavh2
    "Fehlertyp 'Maximalwert' für Vollast-Prüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxldpe
    "Fehlertype: Kurzschluß nach Ubatt Endstufe LDP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxllr
    "Bedingung obere Plausibilitätsschwelle unterschritten Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlm
    "Bedingung: max-Fehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsh
    "Fehlertyp 'Maximalwert' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsh2
    "Fehlertyp 'Maximalwert' hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlshv
    "Fehlertyp 'Maximalwert' nicht belegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuia
    "Fehlertyp 'Maximalwert'  an Sondenleitung IA erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuia2
    "Fehlertyp 'Maximalwert'  an Sondenleitung IA erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuip
    "Fehlertyp 'Maximalwert'  an Sondenleitung IP erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuip2
    "Fehlertyp 'Maximalwert'  an Sondenleitung IP erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuks
    "Fehlertyp 'Maximalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuks2
    "Fehlertyp 'Maximalwert'  des Fehlers E_lsuks2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuun
    "Fehlertyp 'Maximalwert'  an Sondenleitung UN erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuun2
    "Fehlertyp 'Maximalwert'  an Sondenleitung UN erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuvm
    "Fehlertyp 'Maximalwert'  an Sondenleitung VM erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsuvm2
    "Fehlertyp 'Maximalwert'  an Sondenleitung VM erkannt, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsv
    "Fehlertyp 'Maximalwert' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsv2
    "Fehlertyp 'Maximalwert' vor KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlsvv
    "MAX-Fehler: Vertauschte Lambda-Sonden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlue1
    "Fehlertyp: Übertemperatur Lüftereinheit 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxlues1e
    "Fehlertype: Kurzschluß nach Ubatt Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxma
    "Bdingung max-Fehler: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd
    "Fehlertyp max.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd00
    "Fehlertyp max.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd01
    "Fehlertyp max.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd02
    "Fehlertyp max.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd03
    "Fehlertyp max.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd04
    "Fehlertyp max.: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmd05
    "Fehlertyp max.: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmdb
    "Fehlerart: Maximal zulässiges Sollmoment wird dauerhaft überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmfa
    "Fehlertyp max.: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxmld
    "Bedingung obere Plausibilitätsschwelle (Luftmassenvergleich) HFM überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxn
    "Fehlerart: häufiger Lückenverlust beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnwkw
    "Fehlerart: Nockenwelle frühverstellt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnwkw2
    "Fehlerart: Nockenwelle 2 frühverstellt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxnx
    "Fehlertyp max.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxph
    "Fehlerart: Kurzschluß Ubat Phasengeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxph2
    "Fehlerart: Kurzschluß  Ubat Phasengeber 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxpllsu
    "Fehlerart:  Max-Fehler Plausibilität LSU: Offsetfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxpllsu2
    "Fehlerart:  Max-Fehler Plausibilität LSU: Offsetfehler, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxpwgde
    "Fehlertyp 'Maximalwert' erkannt Pedalwert Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrkat
    "Bedingung obere Plausibilitätsschwelle überschritten (add. pro Zeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrkat2
    "Bedingung obere Plausibilitätsschwelle überschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrkaz
    "Bedingung obere Plausibilitätsschwelle überschritten (add. pro Zündung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrkaz2
    "Bedingung obere Plausibilitätsschwelle überschritten (Stereo)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxrlroh
    "Bedingung maximal Auswahl für rlroh ist erfüllt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxscr
    "Bedingung max. Fehler Crash- Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsgeep
    "Bedingung: max-Fehler EEPROM-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsgeew
    "Fehlertyp max.: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslpe
    "Fehlertype: Kurzschluß nach Ubatt Endstufe Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsls
    "Fehlerart:Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsls2
    "Fehlerart:Sekundärluftsystem Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslv
    "Fehlerart: Sekundärluftmasse bei Ventildichtheitsprüfung zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslv2
    "Fehlerart: Sekundärluftmasse bei Ventildichtheitsprüfung zu groß, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslve
    "Fehlertype: Kurzschluß nach Masse Endstufe Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslvpr
    "Fehlerart lokal: Sekundärluftmasse bei Ventildichtheitsprüfung zu groß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxslvpr2
    "Fehlerart lokal: Sekundärluftmasse bei Ventildichtheitsprüfung zu groß, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxsue
    "Fehlerart: Kurzschluß Ubat an Endstufe für Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxswe
    "Beschleunigungssensorsignal größer als Plausibilitätsschwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxta
    "Fehlertyp: Maximalwertüberschreitung Ansauglufttemperatur TANS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtankl
    "Fehlertyp max.: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtes
    "Fehlertyp 'Maximalwert' erkannt (Tankentlüftungsventil)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtesf
    "Fehlertyp 'Maximalwert' erkannt (Feinleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtesg
    "Fehlertyp 'Maximalwert' erkannt (Grobleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxteve
    "Fehlertyp: Kurzschluß Ubat Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtka
    "Fehlertyp: Maximalwertüberschreitung Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtm
    "Fehlertyp: Maximalwertüberschreitung Motortemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtmki
    "Bedingung: Max-Fehler Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtol
    "Fehlertyp: Maximalwertüberschreitung (Motor-) Oeltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxtum
    "Fehlertyp: Maximalwertüberschreitung Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxub
    "Fehlertyp: Maximalwertüberschreitung Batteriespannung (Bordnetz)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxubr
    "Fehlertyp: Maximalwertüberschreitung Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufmv
    "Fehlertyp max.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufnc
    "Fehlertyp max.:Fktüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufrlip
    "Fehlertyp max.: Fktüberwachung: Lastsensor-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufsga
    "Fehlertyp max.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_rlc_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufsgb
    "Fehlertyp max.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_gkc_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufska
    "Fehlertyp max.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxufspsc
    "Fehlertyp max.:Fktüberwachung:Pedalwergeber-,Zuleitung-oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxulsu
    "Fehlerart: Max-Fehler, Spannungsdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxulsu2
    "Fehlerart: Max-Fehler, Spannungsdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurram
    "Fehlertyp max.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurrom
    "Fehlertyp max.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxurrst
    "Fehlertyp max.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxvfz
    "Fehlertyp max.: Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxwfs
    "Fehlertyp max.: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxwfsrc
    "Fehlertyp max.: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet1
    "Fehler Zündendstufentreiber Kurzschluß nach UBAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mxzwpe
    "Fehlertype: Kurzschluß nach Ubatt Endstufe Relais für Zusatzwasserpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_hsve
    "Diagnoseregister CJ125:  Kurzschluß nach Batteriespannung betr. Heizleitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_hsve2
    "Diagnoseregister CJ125:  Kurzschluß nach Batteriespannung betr. Heizleitung, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_ia
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung IA (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_ia2
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung IA (10ms), B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_un
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung UN (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_un2
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung UN (10ms), B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_vm
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung VM (10ms)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mx_vm2
    "Diagnoseregister CJ125:  Kurzschluß nach U-Batt an Sensorleitung VM (10ms), B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns
    "Nachstartaufweitung des zul. Moments aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_mzns_um
    "Nachstartaufweitung des zuläsigen Moments in der Funktonsüberwachung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nac
    "Bedingung für erhöhte LL-Drehzahl bei Klimaanlage"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachl
    "Steuerung SG-Nachlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlend
    "Bedingung SG-Nachlauf regulär beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlram
    "Steuerung SG-Nachlauf mit Systemcheck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nachlstp
    "Bedingung SG-Nachlauf beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ncdlsu
    "Bedingung Nominator Complete für DDYLSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380673
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380673 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380673 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380673 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ncdlsu2
    "Bedingung Nominator Complete für DDYLSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380673
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380673 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380673 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380673 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_neair
    "Bedingung Nachrichtenempfang Botschaft Airbag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_neamsr
    "Bedingung Nachrichtenempfang Botschaft Bremse 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nebr2
    "Bedingung Nachrichtenempfang : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nebr3
    "Bedingung Nachrichtenempfang Botschaft Bremse 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nebsg
    "Bedingung Nachrichtenempfang : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_necins1
    "Bedingung Nachrichtenempfang Botschaft Kombi 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_necins2
    "Bedingung Nachrichtenempfang Botschaft Kombi 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_necins3
    "Bedingung Nachrichtenempfang Botschaft Kombi 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_negat
    "Bedingung Nachrichtenempfang Botschaft Gateway"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nege
    "Bedingung Nachrichtenempfang Getriebe-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_negra
    "Bedingung Nachrichtenempfang Botschaft GRA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nekati
    "lokales Flag für  Sperre  I-Anteil durch DKAT-Fehler gemäß CLRSHKEB"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A70 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A70 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nekati2
    "lokales Flag für  Sperre  I-Anteil durch DKAT-Fehler gemäß CLRSHKEB, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nekla
    "Bedingung Nachrichtenempfang Botschaft Clima 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nelws
    "Bedingung Nachrichtenempfang Botschaft LWS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD24 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD24 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_netog
    "Bedingung Nachrichtenempfang : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_newtog
    "Bed.: neue TOG-Botschaft erhalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nezas
    "Bedingung Nachrichtenempfang ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ngasok
    "Bedingung Ringspeicher für ngas-Berechnung ok"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_niveau
    "Bedingung Fahrzeugkarosse höhenverstellbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nkons_uc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nkons_um
    "Bedingung MSR-Botschaft ist nicht konsistent"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlacls
    "Anforderung Steuergerätenachlauf von AC-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlale
    "Anforderung Steuergerätenachlauf von Funktion ALE"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlanbsg1
    "Anforderung vom Bordnetzmanagement zur Anhebung der Leerlaufdrehzahl Stufe 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlanbsg2
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl Stufe2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlasicOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlatm
    "Anforderung Steuergerätenachlauf für Abgastemp.Modell Sondenschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbm
    "Bedingung für NLDG wenn Bezugsmarke häufig verloren wird"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbza
    "Anforderung einer Soll-Leerlaufdrehzahl aus Bordnetzmangement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzakt
    "Anhebung der Leerlaufdrehzahl für Bordnetzspannung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38489E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzakt2
    "Anhebung der 2. Stufe Leerlaufdrehzahl für Bordnetzspannung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38489E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzanf
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzanf2
    "Anforderung von Bordnetzmangement zur Anhebung der Leerlaufdrehzahl Stufe2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbzasb
    "Anforderung einer Soll-Leerlaufdrehzahl aus Bordnetzmangement, FF-Set-Bedingung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380982
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380982 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380982 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380982 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlbza_tmp
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380982
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380982 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380982 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380982 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlcan
    "Bedingung für SG-Nachlauf von CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldg
    "Bedingung Drehzahlgeber-Notlauf ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldtafx
    "Bedingung Anforderung Steuergerätenachlauf für TANS-Diagnose / Stuck-Sign.-Check"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldte
    "Anforderung Steuergerätenachlauf Diagnose Tankentlüftung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldval
    "Anforderung Steuergeräte Nachlauf wegen DVAL (Validierung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nldve
    "Anforderung Steuergerätenachlauf von DVE"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlebem1
    "Bedingung Leerlaufsolldrehzahlerhöhung 1. Stufe für Energiemanagement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlebem2
    "Bedingung Leerlaufsolldrehzahlerhöhung 2. Stufe für Energiemanagement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlEEPR
    "Bedingung Nachlauf EEPROM schreiben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlel
    "Bedingung Nachlauf Zusatz-Elektrolüfter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nletm
    "Bedingung Nachlauf tmot-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlfrOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlh_um
    "Anforderung Notlauf mit Lambda 1 aus Funktionsüberwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlmls
    "Anforderung Steuergerätenachlauf von Motor-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlnobm
    "Bedingung für NLDG wenn keine Bezugsmarke gefunden wurde"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlnon
    "Bedingung für NLDG wenn keine Zahnsignale vorhanden sind"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlobd
    "Anforderung Steuergerätenachlauf von OBD"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlOBP
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpe
    "Bedingung: Fehler in NLP-Prüfung u. -Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlperf
    "Dauer-RAM, Bedingung: NLP-Erfassung erfolgreich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlph
    "Bedingung kein Phasensignal von den Phasengebern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphase2
    "Bedingung Nachlaufphase 2 aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38402B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38402B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38402B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38402B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphdly
    "Bed. Verzögerung für Stimulibit bei Notlauf Phasengeber (für Trommeleintrag)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlphea
    "Ev-Abschaltung für Notlauf Phasensynchronisation aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpheai
    "Ev-Abschaltung für Notlauf Phasensynchronisation aktiv AEVAB intern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpne
    "Bedingung: Bei gefordertem DK-Notluftfahren wurde NLP nicht erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpnew
    "Bedingung: NLP-Position ist noch nicht bekannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlpreq
    "Bedingung: NLP-Lernen anfordern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsgls
    "Anforderung Steuergerätenachlauf von Steuergeräte-Lüftersteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsgls2
    "Anforderung Lüfternachlaufsteuerung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlsiko
    "Bedingung Nachlauf EGAS-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlubr
    "Bedingung Anforderung Steuergerätenachlauf für UBR-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlwfs
    "SG-Bedingung SG-Nachlauf durch Wegfahrsperrensteuergerät"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlwst
    "Anforderung Steuergerätenachlauf für Wiederholstarterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nlzoff
    "Bedingung Abschaltung der Zündung für Überwachungsfunktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmax
    "Bedingung Drehzahlbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxd
    "Bedingung Drehzahlbegrenzung mit Einspritzausblendung an allen Zylindern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxext
    "Externe Drehzahlbegrenzung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxge
    "Drehzahlbegrenzung durch Getriebe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxog
    "Bedingung kurzzeitige Überhöhung der Drehzahlgrenze"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmaxred
    "nmot_w ist grösser als nsber_w"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmin
    "Bedingung Unterdrehzahl: n < NMIN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmot
    "Bedingung Motordrehzahl: n > NMIN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmotnwdf
    "Freigabe Nockenwellendiagnose über Drehzahlschwellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxkr
    "Bedingung Drehzahlbegrenzung bei Sicherheitsspätverstellung der Klopfregelung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nmxozwe
    "Bedingung: kein Zündwinkeleingriff der Drehmomentstruktur wegen NMAX-Begrenzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nnwmx
    "Drehzahlschwelle für NW-Regelung überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_no
    "unendlich-Trigger für Fehlerpfadmanagement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noacc_um
    "Bedingung keine Übernahme des ACC-Momentes in E2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noadsh
    "Bedingung kein Adernschluß bei Lambdasonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noadsh2
    "Bedingung kein Adernschluß bei Lambdasonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobm
    "Bedingung BM-Lücke nach > 60 Zähnen nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobm1
    "Bedingung 1. BM-Lücke nach Synchronisation nicht gefunden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobmflr1
    "Es liegen keine Bezugsmarkenverluste vor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobmflr2
    "Bezugsmarke wurde im Start richtig erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nobrs_um
    "Bremsenbotschaft in der Funktionsüberwachung nicht übernommen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nocorflr
    "Es wurden keine Zahnkorrekturen vorgenommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nodec
    "Bedingung kein Dekrementieren des Startadaptionsfactors innerhalb dieses Starts"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofra
    "Bedingung Sperren der multiplikativen Gemischkorrektur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nofrat
    "Bedingung Sperren der temperaturabhängigen Gemischkorrektur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noinc
    "Bedingung kein Inkrementieren des Startadaptionsfaktors innerhalb dieses Starts"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noknldg
    "Drehzahl ist in zulässigem Fenster für Synchronisation im Notlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolash
    "Bedingung Diagnosefunktion Schwingungs-Prüfung. i.O.-Meldung beendet."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolash2
    "Bedingung Diagnosefunktion Schwingungs-Prüfung. i.O.-Meldung beendet. Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolavh
    "Bedingung Diagnosefunktion Vollast-Prüf i.O.-Meldung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolavh2
    "Bedingung Diagnosefunktion Vollast-Prüfung i.O.-Meldung Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolsh
    "Bedingung Diagnosefunktion mit i.O.-Meldung hinter KAT beendet."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolsh2
    "Bedingung Diagnosefunktion mit i.O.-Meldung hinter KAT beendet Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nolshv
    "Bedingung Diagnosefunktion Vertauschung Sonden hinter Kat i.O.-Meldung beendet."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nome_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomil
    "MIL-Ansteuerung verriegelt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_bt
    "MSR-Momentenvorgabe in der Funktionsüberwachung nicht übernommen im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_fr
    "kein ASR-/MSR-Eingriff vom FR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_t
    "Bedingung MSR-Momentenvorgabe in diesem ME-SG nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_uc
    "MSR-Momentenvorgabe im Befehlstest nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nomsr_um
    "MSR-Momentenvorgabe in der Funktionsüberwachung nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noph
    "Phasengebersignal nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_noph2
    "2. Phasengebersignal nicht gefunden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nophnldg
    "Bedingung kein Phasengebersignal für Notlauf Drehzahlgeber verwendbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_norkam
    "Bedingung additive Korrektur der Adaption pro Zeit oder Zündung abgeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_norkat
    "Bedingung additive Korrektur der Gemischadaption pro Zeit abgeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_norkaz
    "Bedingung additive Korrektur der Gemischadaption pro Zündung abgeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgs_uc
    "SGS-Momentenvorgabe im Befehlstest nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosgs_um
    "SGS-Momentenvorgabe in der Funktionsüberwachung nicht übernommen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nosynph
    "Flag für falsche Zylinderzuordnung bei Synchronisierlücke"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notlu
    "Anforderung Notluftfahren aus der Funktion"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notlu_fr
    "Anforderung Notluftfahren vom Funktionsrechner"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD60 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD60 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_notst_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nowuc
    "Bedingung 'kein warm up cycle' erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nozwe
    "Bedingung kein Zündwinkeleingriff der Drehmomentstruktur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_no_pl_err
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_no_si_err
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npaatun
    "Bedingung: Tuningschutz unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npakre
    "Fehlerart: Endstufe Abgasklappe unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npanws
    "Bed. Nockenwellenverstellung hat unplausible Position (Auslaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npanwse
    "Fehlertyp unplaus.: Nockenwellensteuerung Endstufe (Auslaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npasgnpl
    "ASG-Eingriff physikalisch unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbkvp
    "Fehlertyp unplaus.: Bremskraftverstärler-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbkvpe
    "Fehlerart: Zustand nicht plausibel an BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbm
    "Fehlertyp: Bezugsmarkenfehler beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbrems
    "Fehlertyp BREMS (Bremsschalter): Prüfresultat nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npbznpl
    "Bedingung Plausibilitäts-Fehler: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcair
    "Fehlertyp : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcairp
    "Fehlertyp : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcanswe
    "Bedingung Schlechtwegeinfo (CAN) nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcas
    "Fehlertyp: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcat
    "Fehlertyp: CAN-Schnittstelle Timeout ASR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcbr2
    "Fehlertyp unplaus. : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcbsg
    "Bedingung Plausibilitätsfehler BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcgat
    "Bedingung Plausibilitätsfehler der Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcge
    "Fehlerart:CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcgra
    "Fehlertyp : unplausibles Signal in der GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcif
    "Fehlertyp: nicht plausibles Signal vom CAN (bus-off)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npcins
    "Fehlerart:CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npckla
    "Bedingung Plausibilitätsfehler der Clima-CAN-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npclws
    "Fehlertyp: LWS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npctog
    "Bedingung Plausibilitätsfehler TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npczas
    "Bedingung Plausibilitätsfehler ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npddpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk
    "Bedingung unplausible Potisignale von der Drosselklappe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk1p
    "Fehlertyp unplaus.: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdk2p
    "Fehlertyp unplaus.: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdsbkv
    "Fehlertyp unplaus.: Bremskraftverstärler-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdsu
    "Bedingung: Umgebungsdrucksensor nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvee
    "Fehlertyp unplaus.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvef
    "Fehlertyp unplaus.: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvefo
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvel
    "Fehlertyp unplaus.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdven
    "Fehlertyp unplaus.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdver
    "Fehlertyp unplaus.: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvet
    "Fehlertyp ""unplausibel"": DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveu
    "Fehlertyp unplaus.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveub
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdveuw
    "Fehlertyp ""unplausibel"" bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdvev
    "Fehlertyp unplaus.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdylsu
    "Fehlerart: Plaus-Fehler, Dynamikdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npdylsu2
    "Fehlerart: Plaus-Fehler, Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npegfe
    "Bedingung: unplausibler Wert bei den Eingangsgrößen der Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npegsbgr
    "Bedingung physikal. nicht plausibel:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npenws
    "Bed. Nockenwellenverstellung hat unplausible Position (Einlaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npenwse
    "Fehlertyp unplaus.: Nockenwellensteuerung Endstufe (Einlaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npepcle
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev1
    "Fehlerart: Zustand nicht plausibel EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev2
    "Fehlerart: Zustand nicht plausibel EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev3
    "Fehlerart: Zustand nicht plausibel EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev4
    "Fehlerart: Zustand nicht plausibel EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev5
    "Fehlerart: Zustand nicht plausibel EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npev6
    "Fehlerart: Zustand nicht plausibel EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfhsh
    "Nernstwiderstand Sonde hinter Kat zu groß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfhsh2
    "Nernstwiderstand Sonde 2 hinter Kat zu groß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfku
    "Bedingung phys. nicht plausibel: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npflp
    "Flash Programmierung nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfp1p
    "Fehlertyp unplaus.: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfp2p
    "Fehlertyp unplaus.: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrao
    "Bedingung FRAO ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrao2
    "Bedingung FRAO ist unplausibel Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrau
    "Bedingung FRAU ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrau2
    "Bedingung FRAU ist unplausibel Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrst
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (DKVS Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npfrst2
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (DKVS Kurztest Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npgecod
    "Fehlertyp: unplausible Getriebecodierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npgrbh
    "Fehlertyp unplaus.: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphealh
    "Heilung von B_nphsh"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphealh2
    "Heilung von B_nphsh2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphelsu
    "Fehlerart: Plausibilitätsfehler der Heizereinkopplungsdiagnoe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphelsu2
    "Fehlerart: Plausibilitätsfehler der Heizereinkopplungsdiagnoe, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphre
    "Fehler Hauptrelais NP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsh
    "Nernstwiderstand Sonde hinter Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsh2
    "Nernstwiderstand Sonde 2 hinter Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphshe
    "Nicht plausibler Fehler: Lambda-Sonden Heizung hinter Kat. (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphshe2
    "Nicht plausibler Fehler: Lambda-Sonden Heizung 2 hinter Kat. (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsv
    "Nernstwiderstand Sonde vor Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsv2
    "Nernstwiderstand Sonde 2 vor Kat zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsve
    "Fehlerart: Signal der Heizerzuleitung ist unplausibel (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nphsve2
    "Fehlerart: Signal der Heizerzuleitung ist unplausibel, Bank 2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npiclsu
    "Bedingung Plausibilitätsfehler Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npiclsu2
    "Bedingung Plausibilitätsfehler Auswerte-IC für LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkat
    "Bedingung Fehlertyp 'unplausibles Prüfresultat' erkannt (Katalysator)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkat2
    "Bedingung Fehlertyp 'unplausibles Prüfresultat' erkannt (Katalysator), Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkpe
    "Bedingung für Fehlertyp 'Wert unplausibel' für EKP-Relais Endstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrnt
    "Bedingung Plausibilitätsfehler der KR-Diagnose Integratorsteigung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrof
    "Bedingung Plausibilitätsfehler der KR-Diagnose Resetwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkrtp
    "Bedingung Plausibilitätsfehler der KR-Diagnose Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npks1
    "Nicht plausibler Fehler: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npks2
    "Nicht plausibler Fehler: Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npks3
    "Nicht plausibler Fehler: Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npks4
    "Nicht plausibler Fehler: Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npkuppl
    "Fehlertyp KUPPL: Prüfresultat nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplash
    "Fehlertyp 'Wert unplausibel' für Schwingungs-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplash2
    "Fehlertyp 'Wert unplausibel' für Schwingungs-Prüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplavh
    "Fehlertyp 'Wert unplausibel' für Vollast-Prüfung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplavh2
    "Fehlertyp 'Wert unplausibel' für Vollast-Prüfung hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npldpe
    "Nicht plausibler Fehler: Leckdiagnosemodul Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplflsh
    "Adernschluß bei Sonde hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplflsh2
    "Adernschluß hinter KAT erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplhfmlm
    "Bedingung Plausfehler HFM(für %DSELHFS)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllash
    "Bedingung  ""nicht plausibler Wert"" für Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllash2
    "Bedingung  ""nicht plausibler Wert"" für Sonde hinter KAT, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllr
    "Fehlertyp 'unplausibles Prüfresultat erkannt Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npllshv
    "Fehlertyp 'Wert unplausibel' für Vertauschung Sonden hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplm
    "Bedingung Plausfehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsh
    "Fehlertyp 'Wert unplausibel' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsh2
    "Fehlertyp 'Wert unplausibel' hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplshv
    "Fehlertyp 'Wert unplausibel' für Sonden-Vertauschung hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuia
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung IA aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuia2
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung IA aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuip
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung IP aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuip2
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung IP aufgetreten, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuks
    "Fehlertyp 'Plausibilität'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuks2
    "Fehlertyp 'Plausibilität'  des Fehlers E_lsuks, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuun
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung UN aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuun2
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung UN aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuvm
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung VM aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsuvm2
    "Fehlertyp 'Plausibilitätsfehler' an Sondenleitung VM aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsv
    "Fehlertyp 'Wert unplausibel' erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsv2
    "Fehlertyp 'Wert unplausibel' erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplsvv
    "Plausibilitäts-Fehler: Vertauschte Lambda-Sonden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplue1
    "Fehlertyp: Elektronikfehler Lüftereinheit 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nplues1e
    "Bedingung Ansteuerungssignal Lüfter 1 nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npma
    "Bedingung physikalisch nicht plausibel: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd
    "Fehlertyp unplaus.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd00
    "Fehlertyp unplaus.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd01
    "Fehlertyp unplaus.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd02
    "Fehlertyp unplaus.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd03
    "Fehlertyp unplaus.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd04
    "Fehlertyp unplaus.: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmd05
    "Fehlertyp unplaus.: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmdb
    "Nicht plausibler Fehler: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npmfa
    "Fehlerart: MIL angesteuert von anderem SG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npn
    "Fehlerart: häufiger Bezugsmarkenfehler beim Lückencheck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnwkw
    "Nicht plausibler Fehler: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnwkw2
    "Nicht plausibler Fehler: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npnx
    "Fehlertyp unplaus.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npph
    "Bedingung Phasengebersignal ist unplausibel (ph)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npph2
    "Bedingung Phasengebersignal ist unplausibel (ph2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nppllsu
    "Bedingung Signalfehler LSU: LSU zeigt zu mager"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nppllsu2
    "Bedingung Signalfehler LSU: LSU zeigt zu mager, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nppwgde
    "Bedingung: Pedalwertgeber Drifterkennung nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nprkat
    "Bedingung RKAT ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nprkat2
    "Bedingung RKAT ist unplausibel Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nprkaz
    "Bedingung RKAZ ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nprkaz2
    "Bedingung RKAZ ist unplausibel Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npscr
    "Bedingung Crashsignal unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsgeep
    "Bedingung: npl-Fehler EEPROM-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsgeew
    "Fehlerart: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npslpe
    "Nicht plausibler Fehler: Sekundärluftpumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsls
    "Fehlerart: Offsetwert Sekundärluftmasse zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsls2
    "Fehlerart: Offsetwert Sekundärluftmasse zu groß, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npslv
    "Fehlerart: Offsetwert Sekundärluftmasse zu groß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npslv2
    "Fehlerart: Offsetwert Sekundärluftmasse zu groß, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npslve
    "Fehlerart: Offsetwert Sekundärluftmasse Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsna
    "Bedingung nicht plaus.: Sonde nicht aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsna2
    "Bedingung nicht plaus.: Sonde nicht aktiv, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npsue
    "Nicht plausibler Fehler: Saugrohrumschaltung Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npswe
    "Beschleunigungssensorsignal ist nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npta
    "Fehlertyp unplaus.: Ansauglufttemperatur TANS (-Ladeluft)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptankl
    "Flag : nicht plausibles Prüfresultat bei DTANKL"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptes
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (TEV offen)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptesf
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (Feinleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptesg
    "Fehlertyp 'unplausibles Prüfresultat' erkannt (Grobleck)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npteve
    "Nicht plausibler Fehler: Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptka
    "Plausfehler TKA-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptm
    "Fehlerart: Motortemperatursignal nicht plausibel ggü. Modell"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptmki
    "Bedingung: Unplausible Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptol
    "Nicht plausibler Fehler: Öltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nptum
    "Fehlerart: Signal Umgebungstemperatur unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npub
    "Fehlerart: Batteriespannungssignal nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npubr
    "Fehlerart: Signal von Bordspannung über Hauptrelais nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufmv
    "Fehlertyp unplaus.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufnc
    "Fehlertyp unplaus.: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufrlip
    "Fehlertyp unplaus.: Fktüberw: Lastsensor-, Zuleitung-oder SG-Fehler (ei_rlip_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufsga
    "Fehlertyp unplaus.: Funktionsüberwach: Steuergeräte-Fehler Gruppe a (ei_reac_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufsgb
    "Fehlertyp unplaus.: Funktionsüberwach: Steuergeräte-Fehler Gruppe b (ei_ipa_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufska
    "Fehlertyp unplaus.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npufspsc
    "Fehlertyp unplaus.: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npulsu
    "Fehlerart: Plaus-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npulsu2
    "Fehlerart: Plaus-Fehler, Spannungsdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurram
    "Fehlertyp unplaus: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurrom
    "Fehlertyp unplaus.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npurrst
    "Fehlertyp unplaus: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nputm
    "Bedingung: Motortemperatursignal im unteren Bereich nicht plausibel ggü. Modell"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npvfz
    "Fehlerart: Fahrzeuggeschwindigkeit nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npwfs
    "Fehlerart: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npwfsrc
    "Fehlerart: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet1
    "unplausibler Zündkreisfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_npzwpe
    "NonPlaus-Fehler Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ns2
    "Bedingung Solldrehzahl 2 aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ns2a
    "Bedingung Solldrehzahl 2 angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380985
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380985 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380985 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380985 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsafan
    "Umschalten auf Schubabschaltedrehzahl bei Testereingriff"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380973
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380973 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380973 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380973 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsakt
    "Nachstart aktiv für Nachstartaufweitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsakt_um
    "Nachstart aktiv für die Fkt.-Überwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsend
    "Nachstartüberwachungszeit abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsend_um
    "Nachstartüberwachungszeit abgelaufen für die Fkt.-Überwachung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsget
    "Momentenanforderung für CVT: Stellen der Kegelscheibe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsks
    "Bedingung für Solldrehzahlanhebung (Kochschutz)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nslbzaa1
    "Anforderung für Drehzahlanhebung von BEM aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nslbzaa2
    "Verzögerungszeit nach BEM's Anforderung abgelaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsnwres
    "Bedingung : Zurücksetzen der LL-Drehzahlanhebung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nsp
    "Bedingung Nachspritzer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nssl
    "Bedingung Soll-Drehzahlanhebung bei Servo-Lenkung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nstabk
    "Bedingung Standabkopplung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38097F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nstu
    "Umschaltung Drehzahl von nstat auf nmot nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nswo1
    "Bedingung Drehzahl > NSWO1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nswo2
    "Bedingung Drehzahl > NSWO2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ntal
    "Bedingung : Zustand Tank-Leer verlassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ntini
    "KR: Bedingung für Initialisierungs-Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuair
    "Bedingung Nachrichtenunterbrechung Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuamsr
    "Bedingung Nachrichtenunterbrechung bei ASR/MSR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nubr2
    "Bedingung Nachrichtenunterbrechung : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nubr3
    "Bedingung Nachrichtenunterbrechung : Botschaft Bremse 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nubsg
    "Bedingung Nachrichtenunterbrechung : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nucins2
    "Bedingung Nachrichtenunterbrechung : Kombi 2 -Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nugat
    "Bedingung Nachrichtenunterbrechung : Gateway-Botschaft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuge
    "Bedingung Nachrichtenunterbrechung Getriebe-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nugra
    "Bedingung Nachrichtenunterbrechung GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nukla
    "Bedingung Nachrichtenunterbrechung Klima-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nutog
    "Bedingung Nachrichtenunterbrechung : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD26 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD26 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nuzas
    "Bedingung Nachrichtenunterbrechung ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadaa
    "Anforderung Flankenadaption NW-Phasensensor durch Betriebsbereich Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadae
    "Anforderung Flankenadaption NW-Phasensensor durch Betriebsbereich Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadaga
    "Anforderung Erst-Flankenadaption  NW-Phasensensor durch Betriebsbereich Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadage
    "Anforderung Erst-Flankenadaption NW-Phasensensor durch Betriebsbereich Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadagfa
    "Anforderung Flankenadaption NW-Phasensensor durch Betriebsbereich Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwadagfe
    "Anforderung Flankenadaption NW-Phasensensor durch Betriebsbereich Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwcoa
    "Nockenwellen-Sollwert (Auslaß) ist konstant"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwcoe
    "Nockenwellen-Sollwert (Einlaß) ist konstant"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwdfonws
    "Bed.: Nockenwellen-Diagnosefreigabe ohne freigegebene Nockenwellenverstellung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwdn
    "Bedingung: Drehzahlanhebung wird angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwemg
    "Bedingung Umschaltung der Wiedereinsetzdrehzahl bei Kupplung öffnet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflad
    "Bedingung Flankenadaption Geber 1 angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflad2
    "Bedingung Flankenadaption Geber 2 angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflada
    "Bedingung Flankenadaption Nockenwelle Auslaß angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwflade
    "Bedingung Flankenadaption Nockenwelle Einlaß angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwha
    "Halte-Tastverhältnis Auslaß NW-Lageregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwhe
    "Halte-Tastverhältnis Einlaß NW-Lageregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwia
    "auszuwertender Auslaß-NW-Interrupt liegt vor (Auslaß)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwie
    "Auszuwertender Einlaß-NW-Interrupt liegt vor (Einlaß)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwilpa
    "Nockenwelle innerhalb Verriegelungsposition Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwiva
    "Initialisierung Verstellgeschwindigkeit NW-Lageregler Auslaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwive
    "Initialisierung Verstellgeschwindigkeit NW-Lageregler Einlaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwkv
    "Bedingung NW korrekt verbaut"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwkwaosw
    "Bedingung: Phasenadaption ohne Vorgabe von Sollwinkeln"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwll
    "Fehler : Nockenwellensteuerung (Einlaß oder Auslaß))"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlldif
    "Winkelabweichung der Auslaßnockenwelle zur LL-Drehzahlanhebung  erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlldif2
    "Winkelabweichung der Auslaßnockenwelle 2 zur LL-Drehzahlanhebung  erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwllna
    "Anford. für LL-Drehzahlanheb.  zur sicheren Verriegelung Nockenwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlr
    "Bedingung: Rückwärtsadaption wird angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlva
    "Bedingung:  Lösen der Nockenwellenverriegelung aktiv Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlva2
    "Bedingung:  Lösen der Nockenwellenverriegelung aktiv Auslaß 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlve
    "Bedingung:  Lösen der Nockenwellenverriegelung aktiv Einlaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlve2
    "Bedingung:  Lösen der Nockenwellenverriegelung aktiv Einlaß 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwlvrpa
    "Nockenwelle lösen Verriegelung durch Ansteuerung nach Referenzposition  Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwmd
    "Nokenwellensteuerung mit Berücksichtigung von Zündaussetzer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwnmot
    "Bedingung: Nockenwellenverstellung über Drehzahlschwelle freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwnpoka
    "Plaus-Fehlerprüfung  mindestens einmal ohne Fehler Auslassnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwnpoke
    "Plaus-Fehlerprüfung  mindestens einmal ohne Fehler Einlassnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwpnrpa
    "Position Auslassnockenwelle(n) nahe Referenzposition"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwpnrpe
    "Position Einlassnockenwelle(n) nahe Referenzposition"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwrllna
    "RESET für LL-Drehzahlanheb.  zur sicheren Verriegelung Nockenwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwrposa
    "Bedingung: Ansteuerung der Nockenwellen-Referenzposition durch Steller (Auslass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwrpose
    "Bedingung: Ansteuerung der Nockenwellen-Referenzposition durch Steller (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nws
    "Bedingung Nockenwellensteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsapkfa
    "Bedingung: Applikationswinkel für Nockenwellenverstellung aus Kennfeld (Auslass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsapkfe
    "Bedingung: Applikationswinkel für Nockenwellenverstellung aus Kennfeld (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsappa
    "Bed. zur Sollwertvorgabe (Auslaß) über Applikationscodewort WNWSAAPP"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsappe
    "Bed. zur Sollwertvorgabe (Einlaß) über Applikationscodewort WNWSEAPP"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsapspa
    "Bedingung: Sollwertumschaltung bei Sollwinkelsprüngen Ausaßnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsapspe
    "Bedingung: Sollwertumschaltung bei Sollwinkelsprüngen Einlaßnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AEA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AEA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsbgla
    "Bedingung NW-Sollwertänderungsbegrenzung Langsame Zeitkonstante Auslaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsbgle
    "Bedingung NW-Sollwertänderungsbegrenzung Langsame Zeitkonstante Einlaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwscoa
    "Bedingung Sollwertvorgabe ist konstant (Auslass)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwscoe
    "Bedingung Sollwertvorgabe ist konstant"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsebd
    "Bed. Nockenwelle mit eingeschränktem Verstellbereich durch Diagnose Abgasstrang"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AF1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwseva
    "Eingeschränkte Nockenwellenverstellung aktiv Auslassnockenwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwseve
    "Eingeschränkte Nockenwellenverstellung aktiv Einlassnockenwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsguda
    "Bed. Sollwinkelvorgabe für geringe Überschneidung Diagnose im Abgasstrang Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsgude
    "Bed. Sollwinkelvorgabe für geringe Überschneidung Diagnose im Abgasstrang Einlaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshka
    "Schütteln Auslaßnockenwelle angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkaa
    "Schütteln Auslaßnockenwelle aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkae
    "Schütteln Einlaßnockenwelle aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkapa
    "Schütteln der Auslaßnockenwelle am Frühanschlag erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkape
    "Schütteln der Einlaßnockenwelle am Frühanschlag erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshke
    "Schütteln Einlaßnockenwelle angefordert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshko
    "Umschaltbit für Schütteln Einlaß- Auslaßnockenwelle 1: Einlaß, 0: Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkrpa
    "Schütteln der Auslaßnockenwelle am Spätanschlag erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkrpe
    "Schütteln der Einlaßnockenwelle am Spätanschlag erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkta
    "Schütteln Auslaßnockenwelle Überwachungszeit läuft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwshkte
    "Schütteln Einlaßnockenwelle Überwachungszeit läuft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsilpa
    "Schalten der Auslaßnockenwelle in Locked-Richtung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsinva
    "Bed.zur Multiplik. von gemessen NW-Istwert mit (-1) vor Umspeich. in %NWSYVAR"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsinve
    "Bed.zur Multiplik. von gemessen NW-Istwert mit (-1) vor Umspeich. in %NWSYVAR"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwskflla
    "Bedingung: B_ll -> unterschiedliche Sollwinkelkennfelder bei Nockenwelle Auslass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwskflle
    "Bedingung: B_ll -> unterschiedliche Sollwinkelkennfelder bei Nockenwelle Einlass"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwskha
    "Bed. das bei B_kh auf seperates KF zur Sollwertvorgabe(Auslaß) umgesch. wird"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwskhe
    "Bed. das bei B_kh auf seperates KF zur Sollwertvorgabe(Einlaß) umgesch. wird"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwslla
    "Bed. Nockenwelle Sollwert Leerlauf Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsoada
    "Freigabe Nockenwellenverstellung ohne Phasenflankenadaption"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsoedk
    "Nockenwellenfreigabe ohne Berücksichtigung von Drosselklappenfehler"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsrl
    "Bed. in NW-Steuerung zur Auswahl zwischen rlsol u. rlshk zur KF-Adressierung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwssprga
    "Bed. Freigabe Sollwertsprünge zu Applikationszwecken Auslaßnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwssprge
    "Bed. Freigabe Sollwertsprünge zu Applikationszwecken Einlaßnockenwelle"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsst
    "Bedingung Freigabe der Nockenwellensteuerung während Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwssta
    "Bedingung Freigabe der Auslass Nockenwellensteuerung während Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsste
    "Bedingung Freigabe der Einlass Nockenwellensteuerung während Start"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsstend
    "Bedingung:  Ende Sperrzeit für  Nockenwellensteuerung  nach Startende"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwstpa
    "Vestellverbot für Auslaßnockenwelle durch Verstellprobleme bei Einlaß aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwstvakt
    "Bedingung: Nockenwellenverstellung im Start aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwswg
    "Bedingung: Sollwinkel Nockenwelle(n) gültig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsyna
    "Verstellstop wegen Synchronisation 2Bank-Nockenwelle Auslaß 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwsyne
    "Verstellstop wegen Synchronisation 2Bank-Nockenwelle Einlaß 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwta
    "Bedingung: Auslass Nockenwellensteuerung über Temperatur freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwte
    "Bedingung: Einlass Nockenwellensteuerung über Temperatur freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwurledk
    "Nockenwellen Umschaltung relative Luftfüllung bei Drosselklappenfehler"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvfa
    "Bedingung Auslass Nockenwellensteuerung freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvfe
    "Bedingung Einlass Nockenwellensteuerung freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvfg
    "Bedingung Nockenwellensteuerung gemeinsamer Teil freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvha
    "Bedingung Ventil ist in Halteposition (Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvhe
    "Bedingung Ventil ist in Halteposition (Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvna
    "Tastverhältnis Auslaß-NW-Regelung Richtung negativ ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvne
    "Tastverhältnis EInlaß-NW-Regelung Richtung negativ ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvpa
    "Tastverhältnis Auslaß-NW-Regelung aktiv Positive Richtung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_nwvpe
    "Tastverhältnis Einlaß-NW-Regelung aktiv positive Richtung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ocipll
    "Bedingung: Unterbrechung an IP erkannt (Pumpleitung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ocipll2
    "Bedingung: Unterbrechung an IP erkannt (Pumpleitung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ocunvmc
    "Bed. Leitungsunterbrechung an UN/VM geprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ocunvmc2
    "Bed. Leitungsunterbrechung an UN/VM geprüft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfst1er
    "Bed.: Ölfüllstandzeit 1 unplausibel oder 00h oder 01h"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfst2er
    "Bed.: Ölfüllstandzeit 2 unplausibel oder 00h oder 01h"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfst3er
    "Bed.: Ölfüllstandzeit 3 unplausibel oder 00h oder 01h"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfst4er
    "Bed.: Ölfüllstandzeit 4 unplausibel oder 00h oder 01h"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfstc
    "Bed.: Ölfüllstand für CAN bereitstellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfstdis
    "Bed.: Ölfüllstandssensor nicht eingeschwungen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfstnva
    "Bed.: Ölfüllstand nicht auswertbar nach Kl15 ein"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfstok
    "Bed.: Bereiche i. O. für Ölfüllstand"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olfstpl
    "Bed.: Ölfüllstandswerte plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_olswarn
    "Bed.: Ölsensorwarnung (für CAN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_optpherk
    "Bedingung geeigneter Motorbetriebszustand für Phasenerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_p1refpos
    "Bediung für NW von PG defaultmässig in Reference Position"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380591
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380591 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380591 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380591 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_p2refpos
    "Bediung für NW von PG2 defaultmässig in Reference Position"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380591
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380591 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380591 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380591 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbkvmn
    "Bedingung Bremskraftverstärker-Druck minimieren"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbkvmnp
    "Bedingung: Bremskraftverstärkerdruck durch BKV-Pumpe minimieren"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pbpabr
    "Bedingung: Plausibilitätbegrenzung ""Bremse/PWG"" aktivieren über Bremse"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pgxqsyn
    "Umschaltbedingung Phasengeber PG/PG2 für Schnellstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ph2okay
    "Richtige Synchrosation via Phasengeber 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pha2act
    "Bedingung Signal Phasensensor 2 high activ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phaact
    "Bedingung Signal Phasensensor 1 high activ"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phad
    "Adaption Kurbel/Nockenwelle erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phad2
    "Adaption Kurbel-/Nockenwelle 2 erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phada
    "Adaption Kurbel/Auslaßnockenwelle erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phade
    "Adaption Kurbel/Einlaßnockenwelle erfolgt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phas2
    "Bedingung Phase 2 low/high"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phase
    "Bedingung Phase low/high"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phedge
    "Phaseflanke von erstem Phasengeber detektiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phedge2
    "Phaseflanke von zweitem Phasengeber detektiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phend
    "Zustandsautomat einmal durchlaufen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phesab
    "Anforderung Ev-abschaltung bei Phasengeberfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phexor
    "Zwei unterste Bits von phpw sind ungleich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phexor2
    "Zwei unterste Bits von phpw2 sind ungleich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phfalse
    "SW generierte Phasenpegelinformation ist unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phgefl
    "Bedingung, dass Phasenflanke ausgewertet wird"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phgefl2
    "Bedingung, dass Phasenflanke bei zweitem Geber ausgewertet wird"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phin
    "Phasengeber(PG) funktioniert richtig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phin2
    "Phasengeber(PG2) funktioniert richtig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnegtiv
    "Bedingung gibt an, ob der Interrupt von einer negativen Flanke ausgelöst wurde"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnldg
    "Phasenlage aus Notlauf DG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnmo
    "Bedingung für Umschaltung auf Auswertung von einer Phasenflanke"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phnmu
    "Bedingung für Umschaltung auf Auswertung von 2 Phasenflanken"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phregok
    "Kein Fehlmuster im Phasenregister 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phregok2
    "Kein Fehlmuster im Phasenregister 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnl
    "Bedingung Phasensuche während PG-Notlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnlab
    "Bedingung Phasensuche während PG-Notlauf abgeschlossen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnlinv
    "Bedingung Phaselage invertieren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsnlok
    "Bedingung Phasensuche während PG-Notlauf erfolgreich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsok
    "Bedingung Phasensignal ok"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phsok2
    "Bedingung Phasensignal 2 ok"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phw
    "Bedingung Phasenwechsel seit letztem Zahn während BM-Suche"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phw2
    "Bedingung Phasenwechsel 2. PG während letztem Zahn in BM-Suche"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwneg
    "Bedingung negative Phasenflanke im Schnellstart ausgewertet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwok
    "Bedingung Phasenwechsel erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwok2
    "Bedingung Phasenwechsel PG2 erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phwpos
    "Bedingung positive Phasenflanke im Schnellstart ausgewertet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_phzueab
    "Anforderung Zündung-abschaltung bei Phasengeberfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pkndnmb
    "Bedingung Moment bei zu niedrigem Kraftstoffdruck begrenzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plaus
    "Fehlertyp 'Wert unplausibel' erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plenvh
    "Freigabe DLSU Plauspfad"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plenvh2
    "Freigabe DLSU Plauspfad 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok
    "Plausibilität der FSE-Werte in allen Drehzahlbereichen gegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok01
    "Plausibilität der FSE-Werte im Drehzahlbereich 01 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok02
    "Plausibilität der FSE-Werte im Drehzahlbereich 02 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok03
    "Plausibilität der FSE-Werte im Drehzahlbereich 03 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok04
    "Plausibilität der FSE-Werte im Drehzahlbereich 04 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok05
    "Plausibilität der FSE-Werte im Drehzahlbereich 05 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok06
    "Plausibilität der FSE-Werte im Drehzahlbereich 06 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok07
    "Plausibilität der FSE-Werte im Drehzahlbereich 07 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plok08
    "Plausibilität der FSE-Werte im Drehzahlbereich 08 gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plokn
    "Plausibilität der FSE-Werte im aktuellen Drehzahlbereich gegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plra
    "Bedingung für Umschaltung DKVS von HFM- auf P-System"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_plsolap
    "Umschaltbedingung: Soll-Ladedruck auf Applikationssolladedruck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pltab
    "Bedingung Plausibilitätsprüfung Abstellzeit möglich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pl_err
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_png
    "Bedingung Planetennachgelege vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_priph
    "Bedingung Port schalten für Pumpimpuls hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_priph2
    "Bedingung Port schalten für Pumpimpuls hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pripv
    "Bedingung Port schalten für Pumpimpuls vor KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pripv2
    "Bedingung Port schalten für Pumpimpuls vor KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pspaus
    "Bedingung LR inaktiv bei projektspez. AUS-Bedingungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pspwl
    "Bedingung LR möglich da Warmlauf beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_puerr
    "Bedingung Fehler korrigiertes Umgebungsdrucksignal für Bergabfahrterkennung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AAF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_puklp1
    "Umschaltung auf Pulsationskennfeld bei aktiven Verstellelement 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_puklp2
    "Umschaltung auf Pulsationskennfeld bei aktiven Verstellelement 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pullup
    "Bedingung Pullup-Widerstand für NTC zugeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pullupsw
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pump
    "Bedingung Starten des Timers TTGLS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pusab
    "Bedingung Abschaltung der Pumpspannung für LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pusab2
    "Bedingung Abschaltung der Pumpspannung für LSU 2, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlab
    "Bedingung EKP Vorlauf aus Abstellzeitüberschreitung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pvlnl
    "Bedingung EKP-Vorlauf aus Nachlaufzeitüberschreitung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38498E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwf
    "Bedingung Powerfail"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwfCsErr
    "Bedingung Checksummenfehler nach Powerfail"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgde
    "Pedalwertgeber Drifterkennung Fehler erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgdee
    "Pedalwertgeber Drifterkennung im Fehlerfall"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgdeok
    "Pedalwertgeber Drifterkennung im gut Fall"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwglk
    "Bedingung Lebenderkennung PWG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgnoten
    "Bedingung: PWG-Notfahren aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgnotfr
    "FR-Fehlerreaktion PWG-Notfahren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwgnotum
    "= b_pwgnot_um Funktionsüberwachungs-Fehlerreaktion PWG-Leerlauf (= b_pwgnot_sr)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmcs
    "Crash erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmcs_50ms
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmfcs
    "Bedingung PWM-Signal vom Airbag-SG fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwmramp
    "Bedingung DFPWM abrampen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwofnwa
    "Ansteuerverbot der Ausslaß-Nockenwelle auf Grund eines Hauptrelaisleitungsabfall"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwofnwe
    "Ansteuerverbot der Einlassnockenwelle auf Grund eines Hauptrelaisleitungsabfalls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pwrsv
    "Bedingung: DV-E-powersave ist aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycair
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycbr2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycgat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycgra
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycif
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pycins
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyckla
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyclws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyctog
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pyczas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pygecod
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pytes
    "Leckdiagnose ist physikalisch freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pytmki
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_pytol
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_qsyn
    "Bedingung Schnelle Synchronisation (quick)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_qtedab
    "Bedingung schnelle Absteuerung der Spülrate"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ralectr
    "Bedingung letzte Zahnzeit > TRD"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_raleok
    "Bedingung letzter Zahn liegt im plausiblen Rückdrehbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_range
    "Betriebszustand innerhalb vom durch MISALUN + NMIALU + NMXALU gegebenem Betriebs"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_range2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rcjx
    "Bedingung doppelte Initialisierung CJ12x abgeschlossen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rcjx2
    "Bedingung doppelte Initialisierung CJ12x abgeschlossen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdbkvp
    "Bedingung: Rücksetzen der Diagnose BKV-Pumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdbkvpps
    "Bedingung: Rücksetzen der Diagnose BKV-Pumpe, da ps BKV evakuiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdeplaus
    "Bedingung: Rückdreher plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdeundef
    "Bedingung: Rückdreher undefiniert / keine Aussage möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyagr
    "Bedingung ready-Info der AGR  zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384005
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384005 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384005 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384005 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyhs
    "Bedingung ready-Info der Lambdasondenheizung zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384007
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384007 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384007 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384007 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdykat
    "Bedingung ready-Information der Katalysatordiagnose zum Übertrag ins  'ready-Byt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384009
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384009 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384009 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384009 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdyls
    "Bedingung ready-Info derLambdasonde zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38400B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdysls
    "Bedingung ready-Info der Sekundärluftüberwachung zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38400D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdytes
    "Bedingung ready-Info des Tankentlüftungssystems  zum Übertrag ins  'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38400E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rdytev
    "ready-Info des Teilsystems Tankentlüftungsventil (lokal)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38400F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_redkl
    "Freigabe Reduzierung ÜK-K- und -L-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_redylsu
    "Bedingung Freigabe aus Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380674 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380674 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_redylsu2
    "Bedingung Freigabe aus Diagnose, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380676 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380676 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rehs
    "Restart Sondenheizung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reini
    "Bedingung Reinitialisierung des Aussetzergenerators"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renair
    "Empfang der CAN-Botschaft Airbag aktiviert (aber nicht unbedingt gewünscht!)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renamsr
    "Empfang der CAN-Botschaft Bremse 1 aktiviert (aber nicht unbedingt gewünscht!)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renbsg
    "Empfang der CAN-Botschaft BSG_Last aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rencins1
    "Empfang der CAN-Botschaft Kombi 1 aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rengat
    "Empfang der CAN-Botschaft Gateway aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renge1
    "Empfang der CAN-Botschaft Getriebe 1 aktiviert (aber nicht unbedingt gewünscht!)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rengra
    "Empfang der CAN-Botschaft GRA aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renkla
    "Empfang der CAN-Botschaft Clima aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renlws
    "Empfang der CAN-Botschaft Lenkwinkel aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rentog
    "Empfang der CAN-Botschaft TOG aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_renzas
    "Empfang der CAN-Botschaft ZAS aktiviert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reocvm
    "Freigabe Erkennung Leitungsunterbrechung an VM"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reocvm2
    "Freigabe Erkennung Leitungsunterbrechung an VM Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resabg
    "Bedingung für Rücksetzen Abgleich CJ125"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resabg2
    "Bedingung für Rücksetzen Abgleich CJ125 Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_resetsyn
    "Rücksetzbedingung für die Notlaufsynchronisation"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_reset_ushsch2
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_res_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rfgoot
    "Bedingung Reset Freigabe ON/OFF-Taster GRA für Einschalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rfkuka
    "Bedingung Korrekturfaktor rücksetzen (ÜK-Adaption)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rfkuka2
    "Bedingung Korrekturfaktor rücksetzen (Bank 2) (ÜK-Adaption)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rgang
    "Bedingung Rückwärtsgang eingelegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_riakh
    "Bedingung für Strom-Pumpen aktualisiert hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_riakh2
    "Bedingung für Strom-Pumpen aktualisiert hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ribeh
    "Bedingung Innenwiderstand Ri berechnen für Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ribeh2
    "Bedingung Innenwiderstand Ri berechnen für Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ribehv
    "Bedingung Innenwiderstand Ri verzögert berechnen für Sonde hinter Hauptkat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ribehv2
    "Beding. Innenwiderstand Ri verzögert berechnen für Sonde hinter Hauptkat  Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ricalf
    "Bedingung Kalibrierwiderstand nicht im Sollband"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ricalf2
    "Bedingung Kalibrierwiderstand nicht im Sollband, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rierrh
    "Ri- Fehler Lambdasonde hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rierrh2
    "Ri- Fehler Lambdasonde 2 hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_riibh
    "Bedingung Sondenspannung im zulässigen Band für Strompumpen hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_riibh2
    "Bedingung Sondenspannung im zulässigen Band für Strompumpen hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_riimph
    "Bedingung Impuls für Strom-Pumpen hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rimh
    "Bedingung (ADC-Trigger) für Messen belastete Sondenspannung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rimh2
    "Bedingung (ADC-Trigger) für Messen belastete Sondenspannung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinabg
    "Bedingung Abgleich Innenwiderstand Nernstzelle von LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF4AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinabg2
    "Bedingung Abgleich Innenwiderstand Nernstzelle von LSU , Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF4AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rineza
    "Bedingung Abschaltung Ri-Messtrom LSU/CJ120 wegen Einzelzylinder-Erkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rineza2
    "Bedingung Abschaltung Ri-Messtrom LSU2 / CJ120 wegen Einzelzylinder-Erkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinh
    "Bedingung Innenwiderstand Ri-Messung der Nernstsonde aktiv hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinh2
    "Bedingung Innenwiderstand Ri-Messung der Nernstsonde aktiv hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinnp
    "Bedingung RI der LSU ist nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rinnp2
    "Bedingung RI der LSU ist nicht plausibel, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ripuh
    "Bedingung Strom-Pumpen für Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ripuh2
    "Bedingung Strom-Pumpen für Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rireh
    "Bedingung Resultat für Innenwiderstand Ri für Sonde hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rireh2
    "Bedingung Resultat für Innenwiderstand Ri für Sonde hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD48 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD48 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_risigh
    "Bedingung Signalunterbrechung Sondenmasse mit Ri-Diagnose hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_risigh2
    "Bedingung Signalunterbrechung Sondenmasse mit Ri-Diagnose hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_risph
    "Bedingung Sondensprung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_risph2
    "Bedingung Sondensprung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkam
    "Bedingung einer der beiden additiven Bereiche aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkamr
    "Bedingung rkat oder rkaz außerhalb reduzierter Schwellen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkamr2
    "Bedingung rkat2 oder rkaz2 außerhalb reduzierter Schwellen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD80 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD80 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkat
    "Bedingung Lernbereich additive Korrektur pro Zeit aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkat2nt
    "Bedingung : Fehler E_rkat2nt bereits vor Tank-Leer vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkat2tl
    "Bedingung Fehler DKVS (Bank2) wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkatnt
    "Bedingung : Fehler E_rkat bereits vor Tank-Leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkatr
    "Bedingung rkat-Integrator außerhalb reduzierten Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD74 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD74 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkatr2
    "Bedingung rkat2-Integrator außerhalb reduzierten Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkattl
    "Bedingung Fehler DKVS wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkaz
    "Bedingung Lernbereich additive Korrektur pro Zündung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkaz2nt
    "Bedingung : Fehler E_rkaz2 bereits vor Tank-Leer vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkaz2tl
    "Bedingung Fehler DKVS (additiv,Bank2) wegen Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkaznt
    "Bedingung : Fehler E_rkaz bereits vor Tank-Leer vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkazr
    "Bedingung rkaz-Integrator außerhalb reduzierten Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkazr2
    "Bedingung rkaz2-Integrator außerhalb reduzierten Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rkaztl
    "Bedingung Fehler DKVS (additiv) wegen leerem Tank"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlini_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlp
    "Bedingung Lastpraediktion aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rlpns
    "Einschaltbedingung Lastpraediktion nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rluf_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rmsl
    "Bedingung Berechnung der relativen Sekundärluftmasse,"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rmsl2
    "Bedingung Berechnung der relativen Sekundärluftmasse, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rmsval
    "Bedingung relativer Massenstrom TEV fültig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382B19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rphsp
    "Bedingung für Zahnsignale zu schnell ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rtahlsu
    "Bed. reduzierte Heizungleistungsanforderung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rtahlsu2
    "Bed. reduzierte Heizungleistungsanforderung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_rtdbkvp
    "Bedingung: Reset getriggert von Diagnose BKV-Pumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sa
    "Bedingung Schubabschalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_saagr
    "Bedingung Schubabschalten unter Berücksichtigung von AGR-Test"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sab
    "Bedingung Schubabschaltebereitschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabfg
    "Bedingung SA-Bereitschaft oder deren Freigabe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabt
    "Bedingung Schubabschaltebereitschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabte
    "Bedingung Schubabschaltebereitschaft für Tankentlüftungsventil schließen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sabv
    "Bedingung Schubabschaltebereitschaft verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sacc
    "Bedingung Klima-Anforderung aktiv aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sacvt
    "Bedingung Schubabschaltunterstützung für CVT-Getriebe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sacvt_c
    "Bedingung Schubabschaltunterstützung für CVT-Getriebe (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_saen
    "Bedingung Schubabschalten freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD9E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD9E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savacc
    "Bedingung: Schubabschalteverbot von ACC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savfgr
    "Bedingung: Schubabschalteverbot durch FGR"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380739
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380739 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380739 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380739 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savmd
    "Bedingung: Schubabschalteverbot wegen Momentenanforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_savmsr
    "Bedingung Schubabschalteverbot bei MSR-Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD18 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD18 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhk
    "Bedingung Sonde betriebsbereit hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhk2
    "Bedingung Sonde betriebsbereit hinter Kat Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhkre
    "Bedingung Sonden Betriebsbereitschaft  hinter Kat zurückgesetzt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhkre2
    "Bedingung Sonden Betriebsbereitschaft  hinter Kat zurückgesetzt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhkv
    "Bedingung Sonde betriebsbereit hinter Kat verzögert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbhkv2
    "Bedingung Sonde betriebsbereit hinter Kat verzögert, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbblsu
    "Bedingung LSU betriebsbereit vor Kat f(lamsons_w)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbblsu2
    "Bedingung LSU betriebsbereit vor Kat, Bank 2 f(lamsons2_w)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbvk
    "Bedingung Sonde betriebsbereit vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sbbvk2
    "Bedingung Sonde betriebsbereit vor Kat, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccair
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccbr2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccgat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccgra
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccif
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sccins
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scckla
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scclws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scctog
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scczas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_scgecod
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sctes
    "Leckdiagnose ist vom Scheduler freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sctmki
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sctol
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_second
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sersw
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setmnbm
    "Bedingung für B_MNBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setmxbm
    "Bedingung für B_MXBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setnpbm
    "Bedingung für B_NPBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_setsibm
    "Bedingung für B_SIBM=1 wird erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sfsc
    "Bedingung heizb. Frontscheibe eingeschaltet aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgs
    "Bedingung: Momenteingriff zur Drehzahlsynchronisation bei Getriebeschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgs0
    "Bedingung: Momenteingriff bei Getriebeschaltung, Nullmoment"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgsmx_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgspl
    "ASG-Eingriff plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgspl_uc
    "Freigabe der externen Momentanforderung aus Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgspl_um
    "Freigabe der externen Momentanforderung aus Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sgsred
    "Bedingung: reduzierender Momenteingriff zur Drehzahlsynch. bei Getriebeschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shab
    "Bedingung Sonde hinter Hauptkat ausreichend beheizt, Keramiktemperatur >350 °C"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384854 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384854 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shab2
    "Bedingung Sonde hinter Hauptkat ausreichend beheizt, Keramiktemperatur > 350°C, "
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384855
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384855 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384855 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384855 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shken
    "Schütteln der Nockenwellen freigegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AC9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shres
    "Bedingung B_shres wird  B_shuerf  im 1ms-Zeit-Raster zurückzusetzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shres2
    "Bedingung B_shres2 wird  B_shuerf2 im 1ms-Zeitraster zurückzusetzen, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shuerf
    "Bedingung Sondenspannung hinter KAT erfassen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_shuerf2
    "Bedingung Sondenspannung hinter KAT erfassen Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sh_act
    "Bedingung Standheizung eingeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sh_mvw
    "Bedingung Standheizung arbeitet im großen Kreis"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD28 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD28 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siaatun
    "Signalfehler Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siakre
    "Fehlerart: Leitungsabfall Abgasklappe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sianws
    "Fehlerart: Leitungsabfall Nockenwellensteuerungsventil (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sianwse
    "Fehlerart: Leitungsabfall Nockenwellensteuerungsventil Endstufe (Bank1, Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siasgnpl
    "Bedingung Signalfehler: ASG nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibkvp
    "Fehlerart: Bremskraftverstärker-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibkvpe
    "Fehlerart: Unterbrechung an BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibm
    "Fehlertyp: keine Bezugsmarke im Start gefunden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibrems
    "Fehlertyp BREMS (Bremsschalter): Signal inaktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sibznpl
    "Bedingung Signal-Fehler: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicair
    "Fehlertyp : Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicairp
    "Fehlertyp: Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicas
    "Signalfehler CAN-Timeout ASC-Botschaften"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicat
    "Fehlertyp: ASR/MSR Codierfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicbr2
    "Fehlertyp sig. : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicbsg
    "Fehlertyp sig. : BSG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicgat
    "Fehlertyp sig. : Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicge
    "Signalfehler CAN-Timeout EGS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicgra
    "Bedingung Signalfehler GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicif
    "Signalfehler CAN-Schnittstelle (Bus off)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sicins
    "Signalfehler CAN-Timeout Botschaft Kombi-Instruments"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sickla
    "Fehlertyp sig. : Botschaft Klima"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siclws
    "Signalfehler CAN-Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sictog
    "Fehlertyp sig. : TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siczas
    "Fehlertyp sig. : ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siddpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk
    "Fehlertyp sig: Drosselklappenpoti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk1p
    "Fehlendes Signal: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidk2p
    "Fehlendes Signal: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsbkv
    "Fehlerart: Bremskraftverstärkersensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidsu
    "Fehlerart: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvee
    "Fehlertyp sig.: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvef
    "Fehlertyp sig.: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvefo
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvel
    "Fehlertyp sig.: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidven
    "Fehlertyp sig.: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidver
    "Fehlertyp sig.: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvet
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveu
    "Fehlertyp sig.: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveub
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidveuw
    "Nicht benutzt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidvev
    "Fehlertyp sig.: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidylsu
    "Fehlerart: Sig-Fehler, Dynamikdiagnose LSU,"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sidylsu2
    "Fehlerart: Sig-Fehler, Dynamikdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siegsbgr
    "Bedingung Signalfehler:  Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sienws
    "Fehlerart: Leitungsabfall Nockenwellensteuerungsventil (Bank1, Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sienwse
    "Fehlerart: Leitungsabfall Nockenwellensteuerungsventil Endstufe (Bank1, Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siepcle
    "Fehlerart: Unterbrechung an EPCL-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev1
    "Fehlerart: Unterbrechung an Endstufe EV1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev2
    "Fehlerart: Unterbrechung an Endstufe EV2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev3
    "Fehlerart: Unterbrechung an Endstufe EV3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev4
    "Fehlerart: Unterbrechung an Endstufe EV4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev5
    "Fehlerart: Unterbrechung an Endstufe EV5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siev6
    "Fehlerart: Unterbrechung an Endstufe EV6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifhsh
    "Lastabfall Sondenheizung hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384852 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384852 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifhsh2
    "Lastabfall Sondenheizung2 hinter Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384853
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384853 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384853 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384853 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifku
    "Bedingung Signalfehler: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siflp
    "Signalfehler Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifp1p
    "Fehlerart: Fahrpedal 1.Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifp2p
    "Fehlerart: Fahrpedal 2.Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrao
    "Fehlertyp 'Signal fehlt' for FRAO erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrao2
    "Fehlertyp 'Signal fehlt' for FRAO erkannt Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrau
    "Fehlertyp 'Signal fehlt' für FRAU erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrau2
    "Fehlertyp 'Signal fehlt' für FRAU erkannt Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrst
    "Fehlerart: LR-Abweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sifrst2
    "Fehlerart: LR-Abweichung Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigecod
    "Fehlertyp sig. : Getriebecodierung CAN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigflsh
    "Signalunterbrechung (Kabelbruch) Bei Sonde hinter KAT erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigflsh2
    "Signalunterbrechung (Kabelbruch) bei Sonde hinter KAT erkannt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siglash
    "Bedingung Sonden-Fehler hinter KAT im Schub erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siglash2
    "Sonden-Fehler hinter KAT im Schub und Vollast erkannt. Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigrbh
    "Fehlerart: GRA-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigtemp
    "Temporärer Sig-Fehler erkannt am Lüfter 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sigtemp1
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihelsu
    "Fehlerart: Signalfehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihelsu2
    "Fehlerart: Signalfehler der Heizereinkopplungsdiagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihre
    "Bedingung für Fehlertyp 'Signal fehlt' Hauptrelaisentstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsh
    "Lastabfall Sondenheizung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsh2
    "Lastabfall Sondenheizung2 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihshe
    "Lastabfall Sondenheizung hinter Kat (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihshe2
    "Lastabfall Sondenheizung2 hinter Kat (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsv
    "Lastabfall Sondenheizung vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsv2
    "Lastabfall Sondenheizung2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsve
    "Lastabfall Sondenheizung vor Kat (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sihsve2
    "Lastabfall Sondenheizung2 vor Kat (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siiclsu
    "Bedingung Signalfehler Auswerte-IC für LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siiclsu2
    "Bedingung Signalfehler Auswerte-IC für LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikat
    "Bedingung Fehlertyp 'Signal fehlt' erkannt (Katalysator)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikat2
    "Bedingung Fehlertyp 'Signal fehlt' erkannt (Katalysator), Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikpe
    "Bedingung für Fehlertyp Leitungsabfall für EKP-Relais Endstufe erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrnt
    "Fehlertyp: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrof
    "Fehlertyp: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikrtp
    "Fehlertyp: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siks1
    "Fehlertyp: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siks2
    "Fehlertyp: Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siks3
    "Fehlertyp: Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siks4
    "Fehlertyp: Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sikuppl
    "Fehlertyp KUPPL: Signal inaktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silash
    "Fehlertyp: Lambdasondenalterung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silash2
    "Fehlertyp: Lambdasondenalterung hinter Kat. Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silavh
    "Fehlertyp: Lambdasondenalterung  (Vollast-Prüfung) hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silavh2
    "Fehlertyp: Lambdasondenalterung  (Vollast-Prüfung) hinter Kat. Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sildpe
    "Fehlertype: Leitungsabfall Endstufe Leckage Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sillr
    "Fehlerart: Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silm
    "Bedingung Signalfehler Hauptfüllungssensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsh
    "Fehlertyp 'Signal fehlt' hinter KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsh2
    "Fehlertyp 'Signal fehlt' hinter KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silshv
    "Fehlertyp 'Signal fehlt' nicht belegt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuia
    "Fehlertyp 'Signalfehler'  an Sondenleitung IA aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuia2
    "Fehlertyp 'Signalfehler'  an Sondenleitung IA aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuip
    "Fehlertyp 'Signalfehler'  an Sondenleitung IP aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuip2
    "Fehlertyp 'Signalfehler'  an Sondenleitung IP aufgetreten, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuks
    "Fehlertyp 'Signalwert'  des Fehlers E_lsuks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuks2
    "Fehlertyp 'Signalwert'  des Fehlers E_lsuks, B2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuun
    "Fehlertyp 'Signalfehler'  an Sondenleitung UN aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuun2
    "Fehlertyp 'Signalfehler'  an Sondenleitung UN aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuvm
    "Fehlertyp 'Signalfehler'  an Sondenleitung VM aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsuvm2
    "Fehlertyp 'Signalfehler'  an Sondenleitung VM aufgetreten, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsv
    "Fehlertyp 'Signal fehlt' vor KAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsv2
    "Fehlertyp 'Signal fehlt' vor KAT erkannt Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silsvv
    "Signal-Fehler: Vertauschte Lambda-Sonden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silue1
    "Fehlertyp: Kurzschluss am Lüftereinheit 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_silues1e
    "Fehlertype: Leitungsabfall Endstufe Lüftersteuerung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sima
    "Bedingung Signalfehler: Motor aus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd
    "Fehlertyp sig.: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd00
    "Fehlertyp sig.: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd01
    "Fehlertyp sig.: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd02
    "Fehlertyp sig.: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd03
    "Fehlertyp sig.: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd04
    "Fehlertyp sig.: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simd05
    "Fehlertyp sig.: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simdb
    "Fehlertyp: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_simfa
    "Fehlertyp sig.: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sin
    "Fehlertyp: kein Drehzahlsignal vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinwkw
    "Fehlertyp: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinwkw2
    "Fehlertyp: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sinx
    "Fehlertyp sig.: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siph
    "Bedingung keine alternierende Phasenpegel PG in den Bezugsmarken"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siph2
    "Bedingung keine alternierende Phasenpegel PG2 in den Bezugsmarken"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sipllsu
    "Bedingung Signalfehler LSU: LSU zeigt zu fett"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sipllsu2
    "Bedingung Signalfehler LSU: LSU zeigt zu fett, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sipwgde
    "Bedingung: Signalfehler Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sirkat
    "Fehlertyp 'Signal fehlt' for RKAT erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sirkat2
    "Fehlertyp 'Signal fehlt' for RKAT erkannt Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sirkaz
    "Fehlertyp 'Signal fehlt' for RKAZ erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sirkaz2
    "Fehlertyp 'Signal fehlt' for RKAZ erkannt Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siscr
    "Fehlerart:CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisgeep
    "Bedingung: sig-Fehler EEPROM-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisgeew
    "Fehlerart: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sislpe
    "Fehlertype: Leitungsabfall Endstufe Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisls
    "Fehlertype: Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisls2
    "Fehlertyp:Sekundärluftsystem Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sislv
    "Fehlertyp: Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sislv2
    "Fehlertyp: Sekundärluftventil Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sislve
    "Fehlertype: Leitungsabfall Endstufe Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sisue
    "Fehlerart: Leitungsabfall  an Endstufe für Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siswe
    "Fehlertyp: Geschwindigkeitssignal nicht vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sita
    "Fehlertyp: Ansauglufttemperatur TANS (-Ladeluft)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitankl
    "Fehlertyp: Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sites
    "Fehlerart: TEV offen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitesf
    "Fehlerart: Feinleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitesg
    "Fehlerart: Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siteve
    "Fehlertyp: Leitungsabfall Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitka
    "Signalfehler TKA-Sensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitm
    "Fehlerart: Motortemperaturschwelle für Lambdaregelungsfreigabe nicht erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitmki
    "Signalfehler Kühlmitteltemperatur vom Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sitol
    "Fehlertyp: Öltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_situm
    "Fehlerart: Signal Umgebungstemperatur inaktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siub
    "Fehlertyp: Umweltbedingungen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siubr
    "Fehlerart: Signalfehler Leitungsabfall Bordnetzspannung über Hauptrelais"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufmv
    "Fehlertyp sig.: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufnc
    "Fehlertyp signal:Fktüberwachung:Drehzahlgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufrlip
    "Fehlertyp sig.: Fktüberw: Lastsensor-, Zuleitung- oder SG-Fehler (ei_vvt_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufsga
    "Fehlertyp sig.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a (ei_adcc_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufsgb
    "Fehlertyp sig.: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b (ei_varc_um)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufska
    "Fehlertyp sig.: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siufspsc
    "Fehlertyp signal:Fktüberwachung:Pedalwertgeber-,Zuleitung oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siulsu
    "Fehlerart: Sig-Fehler, Spannungsdiagnose LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siulsu2
    "Fehlerart: Sig-Fehler, Spannungsdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurram
    "Fehlertyp sig.: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurrom
    "Fehlertyp sig.: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siurrst
    "Fehlertyp sig.: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sivfz
    "Bedingung fehlendes Signal Fahrzeuggeschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siwfs
    "Fehlerart: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_siwfsrc
    "Fehlerart: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet1
    "Fehler Zündendstufentreiber Lastabfall"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sizwpe
    "Fehlertype: Leitungsabfall Endstufe Relais für Zusatzwasserpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_si_err
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_si_hsve
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_si_hsve2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_skoc
    "Bedingung Kompressoranforderung aktiv aus CAN-Botschaft Clima 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sksc
    "Bedingung heizb. Heckscheibe eingeschaltet aus CAN-Botschaft Clima1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sl
    "Bedingung Servo-Lenkung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sla
    "Anforderung Sekundärluftadaptionsphase"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slar
    "Anforderung Sekundärluftadaptionsphase zurücksetzen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slarq
    "Gespeicherte Anforderung Sekundärluftadaptionsphase"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slas
    "Anforderung Sekundärluftadaptionsphase setzen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sldsl4
    "Bedingung: Freigabe Sekundärluft für Diagnosephase 4"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sleepa
    "Bedingung Sleep Acknowledge aus Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sleepi
    "Bedingung Sleep Indication für Gateway"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slkhof
    "Bedingung Abschalten der Sekundärluftpumpe durch imlpr-Schwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slkt
    "Bedingung: Freigabe Sekundärluft für Kurztest"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slp
    "Bedingung für Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slp2
    "Bedingung für Ansteuerung eine 2.Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpanst
    "Bit zur Auswertung des Endstufenfehler in der %SLS"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpena
    "Bedingung Einschalten der Sekundärluftpumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpmn
    "Mindestbetriebszeit der Sekundärluftpumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpmn2
    "Mindestbetriebszeit der Sekundärluftpumpe2 bei seperater Ansteuerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpoff
    "Sekundärluftpumpe abgeschaltet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slpofst
    "Bedingung für Setzen Flip Flop  B_slpoff"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sls
    "Bedingung Sekundärluft aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsadap
    "Bedingung: Sekundärluftmassenadaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsdis
    "Bedingung für  Abschalten der Sekundärluftpumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slserr
    "Bedingungen sperren Einschalten der Sekundärluftpumpe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsfz
    "Bedingung SLS in Fahrzeug eingebaut"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsinhi
    "Bedingung sperrt Setzen von Bit B_sls"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38045A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38045A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38045A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38045A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsn2
    "Bedingung Überlappung nach zylinderindiv. Spätverstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsoab
    "Bedingung SLS ohne Abbruchkriterium durchgeführt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsoff
    "Sekundärlufteinblasung nach Ausräumen der Sekundärluft beendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsofw
    "Lokale Bit: B_slsoff um TDPHSLOF verzögert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slspaus
    "Sekundärluft-spezifisches Sperrbit für Lambdaregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slsrdy
    "Bedingung SLS geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_slv
    "Bedingung für Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD12 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD12 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp1
    "FLC-Trigger der Aussetzererkennung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380559
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380559 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380559 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380559 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp1s
    "Mitteilung an SR: SP1S ist Führungsgröße."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp1_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp2
    "HLC-Trigger der Aussetzererkennung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38055A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp2s
    "Mitteilung an SR:Poti2 SP2S Führungsgröße,Poti1 Ober-oder Untergrenze überschr."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD54 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD54 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sp3
    "Spezial-Bereichs-Trigger der Diagnose Kraftstoffversorgungssystem"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdhrub
    "Bedingung Sperrung Diagnose DHRLSU wegen Spannungsversorgung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdiaga
    "Bedingung Sperrung Diagnose DDYLSU wegen aktiver Diagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380674 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380674 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdlsu
    "Allgemeine Sperrbedingung der Diagnose DDYLSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380674 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380674 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spdlsu2
    "Allgemeine Sperrbedingung der Diagnose DDYLSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380676 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380676 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spf3k
    "Bedingung: Anforderung, das 3kHz-Meßsignal für Ri abschalten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spf3k2
    "Bedingung: Anforderung, das 3kHz-Meßsignal für Ri abschalten, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sphrlsu
    "Bedingung: Stop Heizungsregelung wegen Fehler an der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sphrlsu2
    "Bedingung: Stop Heizungsregelung wegen Fehler an der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sphsv
    "Bedingung Heizung Sonde vor Kat dauerhaft ausgeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sphsv2
    "Bedingung Heizung Sonde vor Kat dauerhaft ausgeschaltet Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan0
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spontan5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spsa
    "Bedingung Winkeladaption Kurbel- zu Nockenwelle zulässig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spsa2
    "Bedingung Winkeladaption Nockenwelle 2 zu Kurbelwelle zulässig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_spsmin
    "Mitteilung an SR: '1'= PWG-Notfahren mit SPSMIN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_st
    "Bedingung Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_staa
    "Bedingung Startadaption aktiv im Nachstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_startini
    "Startbit für Erkennung der ersten Synchronisation nach KL15 ein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stat1to2a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stat1to2e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stat2to1a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stat2to1e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statbr
    "Status Bremseneingriff über CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statge
    "Status Getriebeeingriff über CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statgec
    "Bedingung Getriebestatus für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statmd
    "Status Momentensignale für CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statmdc
    "Bedingung Momentenstatus für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statme
    "Bedingung Momenteneingriff ASR/MSR/ESP statisch nicht erfüllbar"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statme_t
    "Bedingung Momentenstatus vom Master für Slave"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statnb
    "Bedingung Normalbetrieb (für CAN-Ausgabe)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_statto
    "Bedingung ASR-Timeout erkannt (für CAN-Ausgabe)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stattoc
    "Status Bremsen-SG für CAN-Ausgabe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcal
    "Bedingung: alle Eingangsbedingungen der Dynamikprüfung sind gegeben"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380674 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380674 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcal2
    "Bedingung: alle Eingangsbedingungen der Dynamikprüfung sind gegeben, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380676 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380676 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcdyn
    "Bedingung Start Berechnung Dynamik der LSU"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380672 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380672 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stcdyn2
    "Bedingung Start Berechnung Dynamik der LSU, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380675
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380675 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380675 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380675 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stdmd
    "Bedingung Aussetzererkennung während Starthochlauf gesperrt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stdperr
    "Bedingung Adaptionsende aufgrund erkanntem Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_steigm
    "Bedingung Steigung des Sondensignals messen hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_steigm2
    "Bedingung Steigung des Sondensignals messen Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stellad
    "wichtige Stellglieder adaptiert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380972 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380972 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stend
    "Bedingung Startende erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stendes
    "Bedingung Startende Einspritzung erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stesp
    "ESP-Systemstatus: ESP-Stillegung setzt das Bit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stimnlph
    "Aussetzer stimuliert durch NLPH"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stndfr
    "Freigabe Füllungsregler nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stndnl
    "Bedingung Beginn SG-Nachlauf oder Startende (1->0)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stpon
    "Bedingung Umschaltung nach Start aktiv (Startgradienten)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stprel
    "Bedingung Entprellung von Drehzahlgebersignal gestartet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stpsyna
    "Ende der Gleichlaufsynchronisation bei 2Bank Nockenwellenverstellung Auslaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_stpsyne
    "Ende der Gleichlaufsynchronisation bei 2Bank Nockenwellenverstellung Einlaß"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sttakt
    "Bedingung Stellgliedtest aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_su
    "Bedingung Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_su2
    "Bedingung Saugrohrumschaltung, 2. Klappe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_subuk
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sukp
    "Bedingung für die Freigabe der Saugrohrumschaltung Klappe 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38075D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sunw
    "Sollwinkeländerung Einlaßnockenwelle bei Saugrohrumschaltung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sw0
    "Bedingung keine Schliesszeitüberlappung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_sw1
    "Bedingung Schliesszeitüberlappung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swdy
    "Dynamikeinfluß bei Schließzeitberechnung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe
    "Bedingung Schlechtwegstrecke erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swecan
    "Bedingung Schlechtwegstrecke CAN-Rohsignal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe_b
    "Bedingung Schlechtwegstrecke erkannt duch Bit über CAN (aus ABS-SG)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_swe_c
    "Bedingung Schlechtwegstrecke erkannt aus %DSWEC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_switchpg
    "Bedingung für Umschaltung des Phasengebers auf PG2 für Notlauf Drehzahlgeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD3A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD3A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syn
    "Bedingung Synchronisation erfolgt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syn2nd
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD38 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD38 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synbmale
    "Bedingung: Kein Phasengeber für Synchronisation vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synnldg
    "Bedingung: Motorposition im Notlauf DG aus PG-Signal erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synoknl
    "Synchronisation für den Notlauf ist erlaubt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synph
    "Bedingung Synchronisation Phase"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_synti
    "Einspritzung schon synchronisiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syserr
    "Bedingung für mind. 1 Fehler (E_abc) im System erkannt (maskiert)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38484A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_syserrk
    "Bedingung für mind. 1 Fehler (E_abc) im System erkannt (unmaskiert)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38484A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_szkat
    "Zykluszeit und Fehler in einer Bank abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_szkat2
    "Zykluszeit und Fehler in Bank2 abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_szsls
    "Bedingung Diagnose Sekundärluftsystem durchgeführt, Summe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabcan
    "Fehlerstatus Standzeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabgbts
    "Bedingung Abgastemperatur für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabgs
    "Bedingung Abgleich stetige Lambda-Sonde LSU nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tablsugr
    "Bed. Abstellzeit zu groß, daß Ri-Messung um Zeit THLSUHR verzögert wird"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabststp
    "Bedingung schnelle Prozesse Abgeschaltet"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabuhrof
    "Bedingung Überlauf der Uhrinformation"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tabunpl
    "Bedingung Abstellzeit unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmn
    "Bedingung korrigiertes Tastverhältnis < Min-Schwelle für längere Zeit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmn2
    "Bedingung korrigiertes Tastverhältnis < Min.-Schwelle für längere Zeit, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmx
    "Bedingung korrigiertes Tastverhältnis =100% für längere Zeit"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tahrmx2
    "Bedingung korrigiertes Tastverhältnis =100% für längere Zeit, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tairmx
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tairnu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tal
    "Bedingung Tank leer bzw. Reserve"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tal01
    "Übergang in den Zustand <Tank leer>"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talcan
    "Bedingung Tank leer aus Kombi-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talkbi
    "Bedingung Tank leer vom Kombi"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_talval
    "Bedingung : Bit Tank leer gültig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tal_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tarau
    "LREB: Bedingung Start bei niedrigen Ansauglufttemperaturen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tatmbts
    "Bedingung: Temperatur aus ATM für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tatmsa
    "Bedingung: Temperaturen aus ATM erlauben SA"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380973
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380973 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380973 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380973 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tcrcan
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tDelayEnd
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tdmlsds
    "Bedingung Zeit nach Kupplungsbetätigung mit veränderter LSD-Auslösung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_te
    "Bedingung Tankentlüftung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teabb
    "Bedingung Tankentlüftung abbruchbereit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teakt
    "Bedingung Tankentlüftung aktiv (normaler Betrieb oder Notlauf)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tedtev
    "Bedingung Tankentlüftung zum Spülen vor TEV-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tef
    "Bedingung Tankentlüftung prinzipiell freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tehb
    "Bedingung Tankentlüftung mit hoher Beladung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tehbx
    "Bedingung Beladungsintegrator ftead am Maximalanschlag"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tehbxf
    "Bedingung Beladungsintegrator ftead am Maximalanschlag, gefiltert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tei
    "Bedingung Tankentlüftung funktionsintern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_telshv
    "Bedingung Test Ende  Vertauschung Sonden hinter Kat Bank1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_telshv2
    "Bedingung Test Ende  Vertauschung Sonden hinter Kat Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temin
    "Bedingung TEMIN-Begrenzung aktiv, Bank 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_temin2
    "Bedingung TEMIN-Begrenzung aktiv, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ten
    "Bedingung Tankentlüftung im Notlaufbetrieb (ohne Lambdaregelung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tenmda
    "Notlauf TE beim Aussetzer"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38494E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tep
    "Bedingung Tankentlüftungsphase"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tepi
    "Bedingung TE-Phase intern aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tepvb
    "Bedingung Tankentlüftungsphase verboten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tepzhl
    "Bedingung Tankentlüftungphase zusätzlich wegen Dauerhochlast"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tepzus
    "Bedingung zusätzliche Tankentlüftungsphase"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_terrbr1
    "CAN-Schnittstelle, Timeout Bremse 1-Bot."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_terrbr2
    "CAN-Schnittstelle, Timeout Bremse 2-Bot."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_terrbr3
    "CAN-Schnittstelle, Timeout Bremse 3-Bot."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_terrge
    "CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_terrkla
    "CAN-Schnittstelle, Timeout Clima_1-Bot."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teslash
    "Bedingung Test ausführen für Überprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teslash2
    "Bedingung Test ausführen für Überprüfung Sonde hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tesrdy
    "Bedingung TES geprüft für 'ready-Byte'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tesstp
    "Bedingung Tankentlüftung schnell stoppen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD78 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD78 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_testop
    "Bedingung Tankentlüftung stoppen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviog
    "Bedingung i.O. Prüfung DTEV über Gemischauswertung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviol
    "Bedingung TEV aus der Reaktion der Leerlaufregelung als i.O. erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviolm
    "Bedingung i.O-Aussage TEV über Leerlaufluftprüfung möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teviop
    "Bedingung TEV in passiver Prüfung als i.O. erkannt."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevior
    "Bedingung TEV aus fr-Abweichung als i.O. erkannt."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevnio
    "Bedingung TEV in aktiver Prüfung als defekt erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevniom
    "Bedingung i.O-Aussage TEV über Leerlaufprüfung nicht möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevtini
    "TEV timer wurde neu initialisiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tevtstp
    "Bedingung Stop für TEV Timer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_teza
    "Bedingung Tankentlüftung zwangsaktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tezstp
    "Bedingung Tankentlüftung zwang stoppen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfstok
    "CAN: Fuellstandssignal Geber 1 okay"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfu
    "Bedingung Temperaturfühler Umgebung vorhanden"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tfwdksom
    "Zeitkonstante für Filterung Drosselklappenwinkel ohne Momentenstruktur aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgramx
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD68 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD68 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tgranu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab0
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 0"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab1
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab2
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab3
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 3"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab4
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 4"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tiab5
    "ti-Abschaltung bei kat.schädigenden Aussetzerraten, Zyl/Zündung 5"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tikatbts
    "Bedingung Temperatur im Kat für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tim
    "Zeit-Trigger für Fehlerpfadmanagement"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380565
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380565 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380565 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380565 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_timfast
    "EGAS: DFH Geschwindigkeit; Timer läuft schnell"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tipin
    "Tip in erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD94 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD94 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tippg
    "Bedingung Wählhebel in Stellung ""Tippgasse"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tired
    "Bedingung ti-Reduktion"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tisum
    "Bedingung Reset Ti-Summenzähler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha0
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD62 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD62 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_cha5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out0
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_out5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai0
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ti_wai5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tkatbts
    "Bedingung Katalysatortemperatur für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmdzg
    "Bedingung Motortemperatur Signal-Delta zu groß (Gradient)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkicb
    "Bedingung Motortemperatur aus Kombibotschaft auswertbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkmtr
    "Bedingung Wassertemperatur am Zylinderkopfaustritt verfügbar"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmkr
    "Bedingung Temperatur (tmot) fuer KR aktiv erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmlr
    "LREB: Von Motortemp. abhängige Bedingungen Lambdaregelung (vor Kat)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmmn
    "Bedingung: Blockheater erkannt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmnmax
    "Bedingung tmot erlaubt kurzzeitige Überhöhung der Drehzahlgrenze"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3809D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmnuka
    "Bedingung: Minimalzeit zwischen 2 Adaptionsvorgänge läuft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmotnwdf
    "Freigabe Nockenwellendiagnose über Motortemperaturschwellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmpksub
    "Bedingung noch nicht verifizierter Fehler KS_ubat an EKP Endstufe"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38070F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38070F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38070F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38070F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tmsrt
    "Bedingung Retriggerung Motortemperaturmodell nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnalu
    "Testphase nach erkanntem Aussetzer läuft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tnwlva
    "Timeout für das Verlassen der Nockenwellenverriegelungsposition Auslaß"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_toelkmtr
    "Bedingung: Ausgewählte Motoröltemperatur in der KMTR verwendbar"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_toelnwha
    "Bedingung Öltemperatursschwelle zur umschaltung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_togbot
    "Bedingung TOG-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_togerr
    "Fehlerzähler > TOG_CNTMAX"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_toggle
    "Bit zum Toggeln der Endstufe während der Fehlerprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_togmu
    "Bedingung Oelwarnschwelle unterschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_togpu
    "Bedingung Ölwarnschwelle plus Offset überschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolcb
    "Bed. Fehlerstatus Öltemperatur aus Kombibotschaft od. aus COWIV abhängig von LH"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolcbwiv
    "Bed. Fehlerstatus Öltemperatur in COWIV"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolfst
    "Toggle-Bit Ölfüllstand (Wartungsintervallverlängerung)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolfstc
    "Status Toggle-Bit Ölfüllstand für CAN"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolnwdf
    "Freigabe Nockenwellendiagnose über Öltemperaturschwellen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tolueb
    "Bedingung Öltemperaturschutz"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootaus
    "Bedingung B_fgrhs und B_fgrhsc für TOOTAUS nicht gesetzt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootein
    "Bedingung B_fgrhs für TOOTEIN betätigt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tooth
    "Bedingung Zahnerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tootulb
    "Bedingung ON/OFF-Taster GRA unplausibel lange betätigt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tostat1a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tostat1e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tostat2a
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tostat2e
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_totab
    "Bit alle Zylinder auf Bank 1 ausgeblendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_totab2
    "Bit alle Zylinder auf Bank 2 ausgeblendet"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpderl
    "Bedingung Tip-Down erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpn
    "Bedingung Tip-In"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnmot
    "Bedingung Tiefpunkt Drehzahlschwingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnt_aw
    "KR: Auswahl Nulltest oder Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpnt_e
    "KR: Nulltest/Testimpuls freigegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD90 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD90 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tpuerl
    "Bedingung Tip-Up erlaubt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trev_inc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trfash
    "Bedingung Kurztrip einleiten für Schwingungsprüfung Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trfash2
    "Bedingung Kurztrip einleiten für Schwingungsprüfung Sonde hinter KAT Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trfasla
    "Trigger (stegende Flanke) von B_FASLA"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trig
    "Bedingung für Umschaltung der Verstärkerstufen und Skalierung des Referenzpegels"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trig2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trigger
    "Start Signal im Oszillator für Zwangsamplitude"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trip
    "Flag für erfüllten 'trip'"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38484A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trkh
    "Bedingung Katheizen, Thermoreaktor wirksam"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trqmin
    "Zeitverzögerung (TMGESMN) für Momentenreduktion noch nicht abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trsah
    "Bedingung Kabelbruch für Sonde hinter KAT"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trsah2
    "Bedingung Kabelbruch für Sonde hinter KAT, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_trzfasla
    "Rücksetzen von Z_sls(2) und Z_slv(2) mit Trigger (stegende Flanke) von B_FASLA"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tspuuka
    "Bedingung Ende der Einschaltverzögerung TPSUUKA  erreicht Bank1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tspuuka2
    "Bedingung Ende der Einschaltverzögerung TPSUUKA  erreicht Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tsroov
    "Bedingung Segmentzeit-Wordoverflow"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ttbmhh
    "Bedingung theoretische Sondenbetriebsbereitschaft hinter KAT mit Heizung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ttbmhh2
    "Bedingung theoretische Sondenbetriebsbereitschaft hinter KAT mit Heizung Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tteae
    "Bedingung Umschaltung auf lange TE-Phase"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ttegais
    "Bedingung erste GA-Phase ist kurz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumanst
    "Temperatur gebildet aus tumg oder tans bei Start des Motors"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AA0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AA0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumcb
    "Bedingung kein Fehler in CAN-Umgebungstemperaturinformation"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumkmtr
    "Bedingung Umgebungstemperatur verfügbar"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumkst
    "Bedingung Aktualisierung Umgebungstemperatur beim Kaltstart"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tumnpl
    "Bedingung Umgebungstemperatur nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tuning
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tushzfh
    "Bedingung für Zeitfenster Heizertakt-Einkopplung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tushzfh2
    "Bedingung für Zeitfenster Heizertakt-Einkopplung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD46 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD46 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvars
    "Bedingung Antiruckelfunktion dynamisch aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvarsa
    "Bedingung Antiruckelfunktion dynamisch aktiv nach Schubabschalten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvarss
    "Bedingung Antiruckelfunktion stationär aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tvera
    "Toggle-Bit für das Verbrauchsäquivalent"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_tverac
    "Status Toggle-Bit für das Verbrauchsäquivalent (CAN)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_twilabts
    "Bedingung Ladertemperatur für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_twistbts
    "Bedingung Stegtemperatur für Bauteileschutz überschritten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubdve
    "Bedingung: Batteriespannung für DV-E-Ansteuerung i.O."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubkst
    "Ubat-Schwelle ZUBKSTMX mal unterschritten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubok
    "Status: Ubat-Fenster, Taupunkt hinter Kat und B_nmot"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384854 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384854 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubok2
    "Status: Ubat-Fenster, Taupunkt hinter Kat und B_nmot, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384855
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384855 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384855 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384855 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubpvg
    "Bedingung Batteriespannung ausreichend für 5V-Potiversorgung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrdmn1
    "Bedingung Bordnetzspannung über Hauptrelais kleiner UBRDMN1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrdmn2
    "Bedingung Bordnetzspannung über Hauptrelais größer UBRDMN2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrk
    "Bedingung Hauptrelais Kontaktfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubrmax
    "Bedingung Bordnetzspannung über Hauptrelais höher als UBRDMX"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubru
    "Bedingung Unterbrechung zur Bordnetzversorgung über Hauptrelais"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubska_c_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ubvdkp
    "Bedingung Batteriespannung ausreichend für Verstärkung von DK-Poti 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ub_ok
    "Batteriespannung o.k."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ub_ska
    "Batteriespannung nicht o.k., Unterspannungsabschaltung aktiv"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_udk1nv
    "Bedingung Spannung DK-Poti 1 oberhalb des Verstärkungsbereichs"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uefge3
    "Qualifizierungsbit der Übertragungsfunktion von der Getriebesteuerung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3804DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ufol_um
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugd
    "Bedingung: DK-Winkel größer als für 95% der max. rel. Füllung erforderlich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugdnws
    "Bedingung: NWS in appl. UGD-Position fahren"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugds
    "DK-Sollwinkel im ungedrosselten Bereich"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ugdsp
    "Bedingung praedizierter DK-Sollwinkel im ungedrosselten Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD70 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD70 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrexte
    "Bedingung Fehler in externer Uhrinformation"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrextof
    "Bedingung Überlauf an externer Uhrinformation"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrnpl
    "Bedingung Uhrinformation nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrnpl0
    "Bedingung Uhrinformation nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrnpl1
    "Bedingung Uhrinformation nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrrmin
    "Bedingung Uhr mit relativem Minutenzähler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhrrsec
    "Bedingung Uhr mit relativem Sekundenzähler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD04 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD04 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhsig
    "Bedingung Sondenspannung hinter KAT im Spannungsband für Signalunterbrechung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uhsig2
    "Bedingung Sondenspg. hinter KAT im Spannungsband für Signalunterbrechung Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uk1
    "Einschaltbedingung Übergangskompensation"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uka
    "Freigabebedingung ÜK-Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uka2
    "Freigabebedingung ÜK-Adaption Zylinderbank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukab
    "Bedingung gültiger Betriebsbereich für adaptive ÜK"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukabat
    "Bedingung Beschleunigung totzeitverschoben (ÜK-Adaption)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukaukat
    "Bedingung:UK-Aktivität Anfang totzeitverschoben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukauket
    "Bedingung: UK-Aktivität Ende totzeitverschoben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukavat
    "Bedingung Verzögerung totzeitverschoben (ÜK-Adaption)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD82 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD82 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uke
    "Einschaltbedingung ÜK-Ersatzwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukg
    "Bedingung Ük wirkt stark"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukk
    "Einschaltbedingung ÜK Kurzzeit-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ukns
    "Einschaltbedingung ÜK nach Start"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umae
    "Bedingung: Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umauab
    "Bedingung: UMA-Lernen während Ur-Initialisierung abgebrochen (SKA)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_umsync
    "Bedingung Umsynchronisation nach Bezugsmarke"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD64 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD64 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_update
    "B_update = false    kein Update der Zustandsgroessen in der LRS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_update2
    "B_update2= false    kein Update der Zustandsgroessen in der LRS, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDBA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDBA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw12e
    "Bedingung: Fehler bei Vergleich der beiden normierten PWG-Poti-Spannungen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw1mn
    "Bedingung: Spannung PWG-Poti 1 unterhalb Minimalwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw1mx
    "Bedingung: Spannung PWG-Poti 1 oberhalb Maximalwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw2mn
    "Bedingung: Spannung PWG-Poti 2 unterhalb Minimalwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upw2mx
    "Bedingung: Spannung PWG-Poti 2 oberhalb Maximalwert"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg1o
    "Bedingung Bereichsverletzung an PWG-Poti 1 nach oben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg1u
    "Bedingung Bereichsverletzung an PWG-Poti 1 nach unten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg2o
    "Bedingung Bereichsverletzung an PWG-Poti 2 nach oben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_upwg2u
    "Bedingung Bereichsverletzung an PWG-Poti 2 nach unten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_usbeh
    "Bedingung für Zeitzähler zur Ausblendung der Sondenbelastung hinter KAT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_usbeh2
    "Bedingung für Zeitzähler zur Ausblendung der Sondenbelastung hinter KAT Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uscherf
    "Bedingung Messung Sondenspannung hinter KAT für Schubmessung erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_uscherf2
    "Bedingung Messung Sondenspannung für hinter Kat Schubmessung erfüllt Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkf
    "Bedingung Sondenspannung hinter Kat ""Fett"" (Sollwert überschritten)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkf2
    "Bedingung Sondenspannung hinter KAT ""Fett"" (Sollwert überschritten) Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkm
    "Bedingung Sondenspannung hinter Kat ""Mager"" (Sollwert unterschritten)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkm2
    "Bedingung Sondenspannung hinter Kat ""Mager"" (Sollwert unterschritten), Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkmf
    "Bedingung, Bit B_ushkf und B_ushkm gesetzt, hinter Hauptkat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkmf2
    "Bedingung, Bit B_ushkf und B_ushkm gesetz, hinter Hauptkat, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkrfm
    "Bedingung für Wiederholungsmessung Schwingungspr. h. KAT (Reset F/M -Flip-Flop)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushkrfm2
    "Bedingung für Wiederholungsmessung Schwingungspr. (Reset F/M -Flip-Flop) Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushsch
    "Bed. Schwelle für Sonde h. KAT im Schub nicht unterschritten `statisch`"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ushsch2
    "Bed. Schwelle für Sonde h. KAT im Schub nicht unterschritten `statisch` Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_usrhkmx
    "Bedingung für fehlerhafte Sonden hinter KAT nach abgeschlossenem Test"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_usrhkmx2
    "Bedingung für fehlerhafte Sonden hinter KAT nach abgeschlossenem Test Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384010 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384010 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_va
    "Bedingung Verzögerungsabmagerung (Anzeige)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vaau
    "Bedingung Verzögerungsabmagerung Aufteilung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vabsff
    "Bedingung Geschwindigkeit aus Bremsenbotschaft ist fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD14 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD14 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vag
    "Bedingung starke Verzögerungsabmagerung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vagsl
    "Bedingung Vermeidung Ausgabe Getriebeschalten auf Luftpfad"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vak
    "Bedingung Verzögerungsabmagerung K-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vakl
    "Bedingung Verzögerungsabmagerung L- und K-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_val
    "Bedingung Verzögerungsabmagerung L-Anteil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_valdyn
    "Dynamik-Rohwert dynraw_w gültig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380672 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380672 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_valdyn2
    "Dynamik-Rohwert dynraw2_w gültig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380675
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380675 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380675 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380675 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vbemg
    "Bedingung Verbrennungserkennung möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vbmg
    "Bedingung Verbrennung möglich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vekat
    "Bedingung Fehlerverdacht bei Katalysatordiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vekat2
    "Bedingung Fehlerverdacht bei Katalysatordiagnose, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vereph
    "Verdacht auf Fehler im Phasensignal von PG1"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vereph2
    "Verdacht auf Fehler im Phasensignal von PG2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_verrueck
    "Bedingung Verdacht Rückdrehen"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vhlsu
    "Bedingung: Vorheizen der LSU nach Kaltstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD0E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD0E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vhlsu2
    "Bedingung: Vorheizen der LSU nach Kaltstart, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vl
    "Bedingung Vollast"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vllr
    "Bedingung Fahrzeug rollt mit eingelegtem Gang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsufm
    "Bed. Verdacht LSU-Fehler (Fett oder Mager). Vorbereitung zum Rampentest h. Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsufm2
    "Bed. Verdacht LSU-Fehler (F oder M). Vorbereitung zum Rampentest h. Kat, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsuftb
    "Bedingung: LSU hat Kennlinienverschiebung nach fett (zeigt zu fett an)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsuftb2
    "Bedingung: LSU hat Kennlinienverschiebung nach fett (zeigt zu fett an) (B2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrb
    "Bedingung: LSU hat Kennlinienverschiebung nach mager (zeigt zu mager an)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrb2
    "Bedingung: LSU hat Kennlinienverschiebung nach mager (zeigt zu mager an) (B2)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrs
    "Bedingung Verdacht Magershift LSU bei nicht abgekühlter Sonde"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsumrs2
    "Bedingung Verdacht Magershift LSU bei nicht abgekühlter Sonde, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsunp
    "Verdacht: Lambdasonde Signal ist unplausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vlsunp2
    "Verdacht: Lambdasonde Signal ist unplausibel, Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vluft
    "Bedingung Verdacht auf nicht verbauter Sonde im Abgasstrang"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vluft2
    "Bedingung Verdacht auf nicht verbauter Sonde im Abgasstrang, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384893
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384893 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384893 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384893 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vmax
    "Bedingung VMAX-Regelung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vnull
    "Bedingung Fahrzeug steht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD52 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD52 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vpwgerr
    "Bedingung: Verdacht auf PWG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradhlff
    "Bedingung Radgeschwindigkeit hinten links aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradhrff
    "Bedingung Radgeschwindigkeit hinten rechts aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradvlff
    "Bedingung Radgeschwindigkeit vorne links aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vradvrff
    "Bedingung Radgeschwindigkeit vorne rechts aus Bremsenbotschaft fehlerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD16 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD16 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vspt2
    "Bedingung : keine Filterung beim Hochschalten migsl_w"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_vzl_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Verzögern in der Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_waitgap
    "Bedingung: Warten auf nächste Lückenüberprüfung bei RDE"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wal_um
    "erkannter Low-Pegel am FGR-Bedienhebelschalter Wiederaufnahme in Funktionsüberw."
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk12ev
    "Bedingung Vorläufiger Gleichlauffehler der DK-Potis"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk13ev
    "Bedingung Vorläufige Unplausibilität zw. DK-Poti 1 und Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk1v
    "Bedingung Berechnung des DK-Winkels aus verstärktem Signal von Poti 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk23ev
    "Bedingung Vorläufige Unplausibilität zw. DK-Poti 2 und Ersatzwert aus Füllung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk2sel
    "Bedingung DK-Winkel-Berechnung für Lageregler aus Poti 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdk2st
    "Bedingung DK-Winkel-Berechnung für Lageregler temporär aus Poti 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD58 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD58 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdkap
    "Bedingung: DK-Sollwert aus appl. Kennlinie bzw. im Start aus Startwinkel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksap
    "DK-Steuerung über Festwert, Bit 1 hat Priorität"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksauf
    "Bedingung: DLR, Sollsprung in Richtung AUF"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksive
    "Bedingung: Fehler im Vergleich DK-Winkel-Sollwert/-Istwert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD5E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD5E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wdksom
    "Drosselklappensollwinkel ohne Momentenstruktur aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD6E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD6E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wf
    "Bedingung Wandfilmberechnung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD7C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD7C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfs00ur
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfs58ur
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsaudis
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsautos
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsch50t
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfscheck
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfscrynl
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfscryva
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsdelay
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsdgrdy
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xCC0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCC0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCC0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCC0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsdisab
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsdwndd
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsdwnst
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfseepnl
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384908 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384908 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepast
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepctr
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn0
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn1
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn2
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn3
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn4
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn5
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn6
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepn7
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepnok
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsepok
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfseptst
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsflsh
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsfrest
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfslnact
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfslnnok
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsload
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD8C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD8C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsnlrq
    "Bedingung Wegfahrsperre Nachlauf Request"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384908 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384908 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsnplau
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsp2max
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsp2sta
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsp2to
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrcnl
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xCC0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCC0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCC0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCC0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsretry
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrpm
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqdc
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqdce
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqdd
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqdde
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqtpc
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqtpo
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqvc
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqvce
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqvd
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrqvde
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrsdc
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrsdce
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrsdd
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrsdde
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsrsnet
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsstaok
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfstpco
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsulem
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfsvine
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfswin1
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wfswin2
    ""
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wk
    "Bedingung: Wandlerkupplung überbrückt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkauf
    "Bedingung Wandlerkupplung offen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkauf_bt
    "Bedingung Wandlerkupplung offen im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkr
    "Bedingung für Wandlerkupplung geregelt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkral
    "Bedingung wkr aus KR-Adaptionskennfeld einlesen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wkr_bt
    "Bedingung für Wandlerkupplung geregelt im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wks
    "Bedingung Wiederholkaltstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wksch
    "Bedingung Wandlerkupplung geschlossen, keine Schaltung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnstvhe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwi2out
    "Bedingung: Winkeldifferenz wnwi2_ad_w nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwiout
    "Bedingung: Winkeldifferenz wnwi_ad_w nicht plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38058B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwioutx
    "Bedingung für unplausiblen Winkelfehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD42 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD42 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnws0a
    "Bedingung NW-Sollwertvorgabe ist 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnws0e
    "Bedingung NW-Sollwertvorgabe ist 0"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwsaii
    "Bedingung Initialisierung I-Anteil durch Intervalleintritt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwsait
    "Bedingung Sollwinkel innerhalb Intervall I-Anteil Initialisierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwseii
    "Bedingung Initialisierung I-Anteil durch Intervalleintritt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwseit
    "Bedingung Sollwinkel innerhalb Intervall I-Anteil Initialisierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDC6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDC6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwsmxfa
    "Maximaler Sollwinkel durch feste Grenze WNWEMAX definiert (Auslass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wnwsmxfe
    "Maximaler Sollwinkel durch feste Grenze WNWEMAX definiert (Einlass)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wowarn
    "Bedingung WIV Ölwarnung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wpabnb
    "Bedingung Änderungsbegrenzung des Pedalwerts nach Bremsbetätigung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wpmbbr
    "Bedingung Maximalbegrenzung des Pedalwerts bei Bremsbetätigung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD56 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD56 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst
    "Bedingung Wiederholstart"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst0
    "Bedingung Wiederholstart (Anteil 1: erkannte Verbrennungen)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3829D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst1
    "Bedingung Wiederholstart (Anteil 2: Abstellzeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wst2
    "Bedingung Wiederholstart (Anteil1: letzter Zyklus erkannte Verbrennungen)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD76 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD76 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wswarn
    "Bedingung WIV Sensorwarnung"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_wuc
    "Bedingung 'warm up cycle' erkannt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380567
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380567 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380567 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380567 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1
    "Bedingung Zündbereich 1 aktiv(Zeitausg.)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1not
    "Flag Zündbereich 1 aktiv :  Anforderung im Notlauf"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_z1_i
    "Flag Zündbereich 1 aktiv : interne Anforderung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_za
    "Bedingung Zwangsamplitude"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_za2
    "Bedingung Zwangsamplitude, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD72 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD72 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagrun
    "Bedingung Start des Aussetzergenerators"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD34 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD34 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zagstp
    "Bedingung Aussetzergenerator gestoppt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD36 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD36 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zasbot
    "Bedingung ZAS-Botschaft empfangen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zask15
    "Bedingung Klemme15 aus ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zask15v
    "Bedingung Klemme15SV aus ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zb
    "Bedingung Schließzeitausgabe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zbkvtest
    "Bedingung: Zyklusflag noch nicht gesetzt, daher aktive BKV-Pumpen-Test"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3849D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zesync
    "Bedingung Zündung synchronisiert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zesync_d
    "Bedingung Zündung synchronisiert verzögern"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrao
    "wenn gleich TRUE, dann ist FRAO geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrao2
    "wenn gleich TRUE, dann ist FRAO2 geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrau
    "wenn gleich TRUE, dann ist FRAU geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zfrau2
    "wenn gleich TRUE, dann ist FRAU2 geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zges
    "Bedingung Zwischengasanforderung vom Getriebe-SG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zges_bt
    "Bedingung Zwischengasanforderung vom Getriebe-SG im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zges_c
    "Bedingung Zwischengasanforderung vom Getriebe-SG (nicht plausibilisiert)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD2C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD2C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zgezw
    "Bedingung zusätzlicher Getriebe-Zündwinkel-Eingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhfmfe
    "Bedingung: Fehlerbit HFM aus DEGFE gültig"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhhrlsu
    "Bedingung Heilung darf durchgeführt werden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhhrlsu2
    "Bedingung Heilung darf durchgeführt werden, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhrnot
    "Bed. ungünstige Umgebungsbedingungen sperren Startdiagnose"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zhrnot2
    "Bedingung verhindert Zyklus und Fehlereintrag,  Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkatb
    "Bankspezifische Zykluszeit für MODE 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkatb2
    "Bankspezifische Zykluszeit für MODE 6 (stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkats
    "Zykluszeit für eine Bank abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkats2
    "Zykluszeit für 2. Bank abgelaufen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkatz
    "Bedinging für Summenfehler im MODE 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zkatz2
    "Bedingung für Summenfehler im MODE 6 (Stereo 2.Bank)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD4E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD4E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlshv
    "Hilfsbit zur Auswertung des Zyklusbits Z_lshv für Vertausch. Sonde h. Kat"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlshv2
    "Hilfsbit zur Auswertung des Zyklusbits Z_lshv2 für vert. Sonde hinter Kat  Bank2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3805C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsuia
    "Bedingung kein Fehler bzgl. Sondenspannung während des Schubes / Leitung IA ok"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsuia2
    "Bedingung kein Fehler bzgl. Sondenspannung während des Schubes / Leitung IA ok"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38064D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsv
    "Globales Sammelzyklusflag: Lambdasonde (LSU) vor dem Vorkatalysator"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zlsv2
    "Globales Sammelzyklusflag: Lambdasonde (LSU) vor dem Vorkatalysator, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38067B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38067B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38067B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38067B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_znptm
    "Bedingung: Zyklusflag-Freigabe von Unplausibilitätsprüfung TMOT-Signal"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zolfst
    "Bed.: Ölfüllstand vorhanden"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zprel
    "Bedingung Zahnentprellung erfolgt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zrkat
    "wenn gleich TRUE, dann ist RKAT geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zrkat2
    "wenn gleich TRUE, dann ist RKAT2 geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zrkaz
    "wenn gleich TRUE, dann ist RKAZ geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zrkaz2
    "wenn gleich TRUE, dann ist RKAZ2 geprüft"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3848F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zsitm
    "Bedingung: Zyklusflag-Freigabe von Signalfehlerprüfung TMOT-Signal"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zslsp
    "lokales Zyklusflag: Sekundärluft-System"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zslsp2
    "lokales Zyklusflag: Sekundärluft-System, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zslvp
    "lokales Zyklusflag: Sekundärluftventil"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zslvp2
    "lokales Zyklusflag: Sekundärluftventil, Bank 2"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztafix
    "Bedingung Unplausibilitätsprüfung für fixiertes tans-Meßwert erfüllt"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3807BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztev
    "Bedingung Endstufendiagnose TEV zu"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_ztoelpl
    "Bed.: Öltemperatur plausibel"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38052E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38052E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38052E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38052E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zuesa
    "Bedingung Schließwinkelausgabe bei SA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwafh
    "Zündwinkelfreigabe zur Anfahrhilfe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwappl
    "Bedingung Zündwinkelapplikation ohne Drehmomenteingriffe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD06 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD06 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwdmr
    "Zündwinkeleingriff durch Momentenreserve"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwfa
    "Zündwinkeleingriff durch aktiven Komfortfilter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwfe
    "Zündwinkeleingriff durch Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwfsu
    "Bedingung: Zündwinkelfreigabe wegen Saugrohrumschaltung Klappe 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwget
    "Zündwinkeleingriff durch Getriebeeingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDA8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDA8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkra
    "Bedingung: Zündwinkel der KR wird ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkraa
    "Bedingung Zündwinkel der KR wird ausgegeben"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwkrum
    "Flag: schnelle Frühverstellung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD92 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD92 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwmnpst
    "Bedingung Nachstartphase bzgl. Zündwinkelspätgrenze erreicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwms
    "Bedingung Motorschutz-Zündwinkelbegrenzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwnget
    "Zündwinkeleingriff nicht durch Getriebeeingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwp
    "Bedingung Zusatzwasserpumpe ein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwp2
    "Bedingung zweite Zusatzwasserpumpe ein"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDD2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDD2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwpp
    "Zündwinkeleingriff durch Pedalposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zws0
    "Bedingung Übergang zur einfachen Schliesszeitüberlappung - Schliesszeitausgabe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD08 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD08 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvs
    "Bedingung für schnellen äußeren ZW-Eingriff der Momentenschnittstelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvz
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvzm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvzsy
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle (_syns)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zwvzvb
    "Bedingung für Zündwinkeleingriff der Momentenschnittstelle vor Begrenzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zylind
    "zeigt, ob zylinderindividuelles (1) oder segmentweises (0) Lernen (nur fuel-off)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD30 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD30 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    B_zztab
    "Bedingung: Zahnzeitentabelle gültig"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD40 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD40 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    canbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    can_nv_bits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_0
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF352
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF352 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF352 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF352 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_1
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF354
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF354 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF354 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF354 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_2
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF356
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF356 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF356 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF356 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_3
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF358
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF358 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF358 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF358 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_4
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF35A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF35A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF35A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF35A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cc_cha_5
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF35C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF35C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF35C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF35C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cd_bits1_w
    "Sammelbits(Word)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cd_bits2_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cd_bits3_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cd_bits4_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfof
    "zeigt die Eigenschaften des aktuellen KF-Bereiches der Fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cfoxx
    "zeigt die Eigenschaften des aktuellen KF-Bereiches der Fuel-on/-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380541
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380541 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380541 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380541 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cmdError_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381568 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381568 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cmibeg_w
    "Zähler aktiver Begrenzungen des inneren Moments"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3838F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cntbg_w
    "Anzahl Aufrufe des BG-Rasters pro Berechnungsintervall"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    CountMax_DKMTR_IMPL
    ""
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xC978
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC978 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC978 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC978 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    CountMin_DKMTR_IMPL
    ""
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xC972
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC972 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC972 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC972 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    countrev
    "Zähler Motor Umdrehung von Zündungsabschaltung bis Einspritzabschaltung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    CountSig_DKMTR_IMPL
    ""
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xC96A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC96A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC96A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC96A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cpaw1
    "Zähler für Poti 1 bei DK-Poti-Auswahl"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cpaw2
    "Zähler für Poti 2 bei DK-Poti-Auswahl"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    crshDetect
    ""
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B81
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B81 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B81 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B81 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cryhs
    "Counter für Readinessbildung Sondenheizungs-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384006
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384006 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384006 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384006 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    crykat
    "Counter für Readinessbildung Katalysator-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384008 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384008 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cryls
    "Counter für Readinessbildung Lambdasonden-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38400A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    crysls
    "Counter für Readinessbildung Sekundärluft-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38400C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cserk
    "detektierte Signalquelle Crash-Sensor-Signal"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382B1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_air
    "Checksumme in der Botschaft Airbag"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38050B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38050B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38050B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38050B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_gra
    "berechnte Checksumme der GRA-Botschaft"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_mot5
    "Checksumme der Botschaft Motor 5"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_mot6
    "Checksumme Motor6"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cs_mot8
    "Checksumme CAN-Botschaft Motor8"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctbetip
    "Zeitzähler für Tip-Erkennung FGR-Taste Beschleunigen"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkp1
    "Fehlerzeitzähler für Bereichsprüfung DK-Poti 1"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkp2
    "Fehlerzeitzähler für Bereichsprüfung DK-Poti 2"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctdkpaw
    "Zeitzähler für DK-Poti-Auswahl"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctepfgrh
    "Zeitzähler für Entprellung Schalter FGR-Bedienteil"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctfgrab
    "Zeitzähler für Weitergabe der FGR-Abschaltung an die Funktionsüberwachung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380738 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380738 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctfgrhe
    "Zeitzähler für Erkennung FGR-Bedienhebelfehler"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cthsnp
    "Zeitzähler für Erkennung FGR-Hauptschalter nicht plausibel"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctol
    "überprüfte Öltemperatur vom CAN-Kombi"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootaus
    "Zeitzähler für Berechnung B_tootaus"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootein
    "Zeitzähler für Berechnung B_tootein"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctootulb_w
    "Zeitzähler für Berechnung B_tootulb"
    UWORD
    t20msxs_uw_b1310
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381116
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381116 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381116 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381116 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerbr
    "Fehlerzähler für Bremsschalter-Plausibilisierung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerf1
    "Zähler für Anzahl  Fehlerflags E_dfp = 1 im System seit powerfail (gefiltert)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrerfk1
    "Zähler für Anzahl  Fehlerflags E_dfp = 1 im System seit powerfail (ungefiltert)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrrdy1
    "Zähler für Anzahl geprüfter Fehlerpfade im System seit powerfail"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrsfp
    "Zähler für Anzahl Fehlerpfade im System"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrshknwa
    "Anzahl abgeschlossene Schüttelvorgänge bei Auslaßnockenwelle"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrshknwe
    "Anzahl abgeschlossene Schüttelvorgänge bei Einlaßnockenwelle"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrzyf0
    "Zähler für Anzahl ungeprüfter Fehlerpfade im System seit Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38484F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38484F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38484F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38484F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctrzyf1
    "Zähler für Anzahl geprüfter Fehlerpfade im System seit Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384850 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384850 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_anwva
    "Anzahl Schüttelvorgänge bei Auslaßnockenwellenstellerventil"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_anwve
    "Anzahl Schüttelvorgänge bei Einlaßnockenwellenstellerventil"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_hscmp
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_MD5Block
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_motorflexia
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_phada
    "Zähler Adaptionen Nockenwellenposition zu Kurbelwellenposition Auslass-NW"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384976
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384976 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384976 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384976 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_phade
    "Zähler Adaptionen Nockenwellenposition zu Kurbelwellenposition Einlass-NW"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384977
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384977 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384977 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384977 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctr_RSABlock
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctum
    "überprüfte Umgebungstemperatur vom CAN-Kombi"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384821
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384821 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384821 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384821 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctvetip
    "Zeitzähler für Tip-Erkennung FGR-Taste Verzögern"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk12
    "Fehlerzeitzähler für Gleichlaufprüfung der DK-Potis"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk13
    "Fehlerzeitzähler für Plausibilitätsprüfung DK-Poti 1 mit Ersatzwert aus Füllung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ctwdk23
    "Fehlerzeitzähler für Plausibilitätsprüfung DK-Poti 2 mit Ersatzwert aus Füllung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cvnh_w
    "High-Word der CVN entsprechend SAE J1979 Mode $09 VIT $06"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cvnl_w
    "Low-Word der CVN entsprechend SAE J1979 Mode $09 VIT $06"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cw_erfil
    "Status Codewort Filtervariante für Ausgabe der AS-Fehler an GST"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380448
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380448 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380448 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380448 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cw_obd
    "Status Codewort CWOBD"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380449
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380449 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380449 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380449 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    cyclebg_w
    "Laufzeit des Background-Task"
    UWORD
    runtime2_sy
    1
    100
    0.00
    838848.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x385510
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385510 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385510 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385510 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dbgra_c_um
    "Entprellzähler für Botschaftzählerüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dbkvpelokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B86 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B86 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DCFFLRLokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380619
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380619 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380619 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380619 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DCFFLRLokBits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38061A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dcycnt
    "Driving cycle - counter"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384032
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384032 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384032 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384032 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    decj_alt
    "Zustand der Decj im letzten Raster"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DEGFEintbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    degfe_bits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380758 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380758 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dekpe
    "Statusbyte Diagnose EKP Endstufe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dekpub
    "Differenz der Batteriespannung zwischen zwei Messungen bis EKP-Dauerbetrieb"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B63
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B63 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B63 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B63 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    delayedTime_w
    ""
    UWORD
    t_wdt_high
    1
    100
    0.00
    53686.27

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383906
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383906 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383906 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383906 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    deltaseg_w
    "Delta Segmente bei Umsynchronisation der Einspritzausgabe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38117E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38117E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38117E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38117E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwbs
    "Delta ZW-Wirkungsgrad für Bauteileschutz"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xCAFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCAFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCAFA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCAFA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    detazwte
    "Korrekturfaktor des Zündwinkelwirkungsgrads für DTEV"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384960
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384960 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384960 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384960 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    devoff
    "EV-Ausblendmaske bei Testeranforderung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380453
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380453 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380453 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380453 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmFcm
    "plausibisierter FCM-EIntrag (aktiver Eintrag)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmNo
    "plausibilisierter FCM-EIntrag (leer)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfcmSfp
    "plausibilisierter Fehlerpfad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmlow_w
    "Low-Zeit DFM-Signal"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfmperio_w
    "Periodenzeit DFM-Signal"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpmEpclState
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383440
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383440 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383440 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383440 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfpmMilState
    "Zustand MIL (global)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383441
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383441 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383441 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383441 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfp_ap
    "aktueller Fehler für Dauerlaufmessung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfr2_w
    "Delta Lambdaregler (Faktor ), Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrm2_w
    "Abweichung schneller Mittelwert des Lambdareglers von 1.0 (Word)"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmin2_w
    "Untergrenze von dfr_w bei Magerschutz, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmin_w
    "Untergrenze von dfr_w bei Magerschutz"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmnms2_w
    "Untere Grenze von dfr2_w aus Magerschutz-Anforderung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmnms_w
    "Untere Grenze von dfr_w aus Magerschutz-Anforderung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmn_w
    "Untergrenze von dfr_w"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38553E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmoff2_w
    "frm-Offset: zur Kontrolle von Problemen der Vorsteuerung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrmoff_w
    "frm-Offset: zur Kontrolle von Problemen der Vorsteuerung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrm_w
    "Abweichung schneller Mittelwert des Lambdareglers von 1.0 (Word)"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrpr2_w
    "Delta Lambdaregler (Faktor); vorläufiger Wert vor Abfrage auf Magerschutz, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrpr_w
    "Delta Lambdaregler (Faktor); vorläufiger Wert vor Abfrage auf Magerschutz"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrsna2_w
    "Lambdareglerausgangsänderung während UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC78C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC78C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC78C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC78C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrsna_w
    "Lambdareglerausgangsänderung während UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC78E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC78E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC78E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC78E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrza2_w
    "LRS-Zwangsamplitude, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38144A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38144A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38144A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38144A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzaf2_w
    "LRS-Zwangsamplitude, gefiltert, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38144C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38144C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38144C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38144C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzaff2_w
    "Zusatzamplitude gefiltert auf fr-Ebene, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38144E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38144E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38144E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38144E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzaff_w
    "Zusatzamplitude gefiltert auf fr-Ebene"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381450 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381450 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzaf_w
    "LRS-Zwangsamplitude, gefiltert"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381452 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381452 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrzapr_w
    "Gesteuerte Rechteckschwingung für Zwangsamplitude"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381454 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381454 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfrza_w
    "LRS-Zwangsamplitude"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381456
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381456 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381456 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381456 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfr_w
    "Delta Lambdaregler (Faktor )"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfse
    "Status Plausibilitätsprüfung der fuel-on/-off Adaption im Drehzahlber.01 erfüllt"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380D66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfseresz
    "Resetzähler Plausibilitätsprüfung FSE"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dftef_w
    "Eingang Integrator Spülrate"
    SWORD
    perio_sw_b1p562
    1
    100
    -1.562000
    1.561952

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfuelsan_w
    "Delta Füllungssensor zu Alpha/n-System"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381222
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381222 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381222 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381222 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfupsrla_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Auslaß-NWS)"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.1500000
    0.1499954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dfupsrle_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Einlaß-NWS)"
    SWORD
    rel_sw_b0p15
    1
    100
    -0.1500000
    0.1499954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dgafram_w
    "Gemischfehler multiplikativer Anteil (Mittelwert)"
    UWORD
    fak_uw_b4_no1
    1
    100
    -1.000000
    2.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38404E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38404E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38404E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38404E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dgafra_w
    "Gemischfehler multiplikativer Anteil"
    UWORD
    fak_uw_b4_no1
    1
    100
    -1.000000
    2.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384050
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384050 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384050 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384050 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUausbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38061B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUlokbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38061C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DHRLSUlokbits1_2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38061D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38061D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38061D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38061D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diacjx
    "Ergebnis des Diag-Register CJ12x"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diacjx2
    "Ergebnis des Diag-Register CJ12x, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuAusBits4
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38064A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38064B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38064C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diclsuLokBits3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38064D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38064D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38064D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38064D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diffbks2_w
    "Differenz zwischen lamsobk_w und lamsons_w Bank2"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    diffbks_w
    "Differenz zwischen lamsobk_w und lamsons_w"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dist_w
    "Zurückgelegte Strecke"
    UWORD
    dist_uw_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381108
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381108 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381108 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381108 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatakt2_w
    "aktive Überwachungszeit für DKAT (Steroe 2.Bank)"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380FFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatakt_w
    "aktive Überwachungszeit für DKAT"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380FFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkatefrg
    "Abweichung Kraftstoffanteil Tankentlüftung bei Sollspülrate von Zielwert"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkattumg_w
    "Differenz Abgastemperatur im Katalysator zu Umgebungstemp. bei Beginn Nachlauf"
    UWORD
    temp_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384DAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkhc_w
    "Eingang Integrator HC-Konzentration"
    SWORD
    perio_sw_b6p125
    1
    100
    -6.125000
    6.124813

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dklagerc
    "Fehlerzähler DK-Lageüberwachung"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkldfpwm_w
    "Änderung der Generatorsignal (Kl. DFM) als PWM-Signal"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkmtrLokBits
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkmtrLokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380721
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380721 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380721 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380721 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkmts
    "Delta Kühlmitteltemperatur"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38498F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkpstg_w
    "Steigung DK-Poti (% DK / V)"
    UWORD
    rel_uw_b40
    1
    100
    0.00
    39.99939

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38113E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38113E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38113E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38113E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dkractr
    "Zündungszähler für Diagnose Klopfregelanschlag"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38163A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38163A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38163A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38163A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DKVS1lokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DKVSbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DKVSlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahi2_w
    "I-Anteil der stetigen LRHK2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383922
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383922 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383922 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383922 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahico2_w
    "I-Anteil der stetigen LRSHK Variante kontinuierlich, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahico_w
    "I-Anteil der stetigen LRSHK Variante kontinuierlich"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahini2_w
    "Intialisierungswert für Integralanteil LRSHK, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38556E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahini_w
    "Intialisierungswert für Integralanteil LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385570
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385570 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385570 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385570 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahisa
    "I-Anteil LRSHK Signalausgabe DLSSA (SY_STETLR := TRUE), Bank 1"
    UBYTE
    fak_ub_b0p1_o0p05
    1
    100
    -0.05000
    0.04961

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x3848C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahisa2
    "I-Anteil LRSHK Signalausgabe DLSSA (SY_STETLR := TRUE), Bank 2"
    UBYTE
    fak_ub_b0p1_o0p05
    1
    100
    -0.05000
    0.04961

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x3848C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahist2_w
    "I-Anteil der stetigen LRHK bei Motorstart, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385572 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385572 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahist_w
    "I-Anteil der stetigen LRHK bei Motorstart"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385574 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385574 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahi_w
    "I-Anteil der stetigen LRHK"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x383924
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383924 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383924 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383924 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahkab2_w
    "Dynamische Überhöhung des Pseudo Lambda-Sollwertes hinter Kat, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahkab_w
    "Dynamische Überhöhung des Pseudo Lambda-Sollwertes hinter Kat"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahp2_w
    "P-Anteil der stetigen LRHK2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385576
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385576 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385576 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385576 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahpco2_w
    "P-Anteil der stetigen LRSHK Variante kontinuierlich, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahpco_w
    "P-Anteil der stetigen LRSHK Variante kontinuierlich"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlahp_w
    "P-Anteil der stetigen LRHK"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385578
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385578 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385578 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385578 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlambts_w
    "Delta Lambda für Bauteileschutz"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamka2_w
    "Delta-Lambda: Hilfsgrösse für Auf-/Abregeln von lamka2_w für Bank 2"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamka_w
    "Delta-Lambda: Hilfsgrösse für Auf-/Abregeln von lamka_w"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlams2_w
    "Maximalwert Lambdasoll für Test Schwingungsprüfung hinter KAT Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlams_w
    "Maximalwert Lambdasoll für Test Schwingungsprüfung hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamza2_w
    "LRS-Zwangsamplitude als Lambdaabweichnung, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381458
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381458 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381458 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381458 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlamza_w
    "LRS-Zwangsamplitude als Lambdaabweichnung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38145A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38145A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38145A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38145A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashki2_w
    "Delta-Lambda gewichtet für I-Anteil LRSHK, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38557A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashki_w
    "Delta-Lambda gewichtet für I-Anteil LRSHK"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38557C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkm2_w
    "Delta-Lambda aus Lambdaregelung hinter Kat (Ist-Wert fr-synchron gemittelt), Ba2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38557E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38557E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38557E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38557E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkm_w
    "Delta-Lambda aus Lambdaregelung hinter Kat (Ist-Wert fr-synchron gemittelt)"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385580
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385580 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385580 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385580 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkp2_w
    "Delta-Lambda gewichtet für P-Anteil LRSHK5.30, Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385582
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385582 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385582 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385582 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlashkp_w
    "Delta-Lambda gewichtet für P-Anteil LRSHK5.30"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385584 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385584 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlaso
    "Korrekturwert Lambda-Sollwert für stetigen Lambdaregler, 8 Bit"
    SBYTE
    fak_sb_b0p03125
    1
    100
    -0.03125
    0.03101

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x380A61
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A61 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A61 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A61 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlaso2
    "Korrekturwert Lambda-Sollwert für stetigen Lambdaregler, 8 Bit, Bank 2"
    SBYTE
    fak_sb_b0p03125
    1
    100
    -0.03125
    0.03101

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x380A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrmi2_w
    "Delta Lambda aus I Anteil Führungsregelung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrmi_w
    "Delta Lambda aus I Anteil Führungsregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrmp2_w
    "Delta Lambda aus P Anteil Führungsregelung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlatrmp_w
    "Delta Lambda aus P Anteil Führungsregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x380BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlbtsug
    "Delta Lambda für Bauteileschutz unbegrenzt"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xCAFB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCAFB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCAFB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCAFB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrd
    "DLR, D-Parameter"
    UBYTE
    relDK_q4
    1
    100
    0.00
    1020.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF302
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF302 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF302 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF302 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrfrat
    "Delta rl für die Berechnug der Zeitkonstante der FRAT-Adaption"
    UBYTE
    fak_q0p0625
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrhaftak
    "Zeitzähler Haftreibungsroutine"
    SWORD
    rel_q0p1957
    1
    100
    -6412.524
    6412.329

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlri
    "DLR, I-Parameter"
    UBYTE
    relDK_q0p0625
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF303
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF303 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF303 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF303 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriamax
    "DLR, maximal möglicher I-Anteil"
    UWORD
    rel_q0p1957
    1
    100
    0.00
    12824.85

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF308
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF308 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF308 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF308 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriant_w
    "DLR, I-Anteil, highword von dlriant_l"
    SWORD
    rel_sw_q0p1953
    1
    100
    -6400.000
    6399.805

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38116C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38116C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38116C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38116C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrihaftc
    "DLR, Zähler für DV-E in Haftreibung"
    UBYTE
    t50msxs_q0p05
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlriklst_w
    "Vorladewert I-Kleinanteil"
    SWORD
    rel_q0p1957
    1
    100
    -6412.524
    6412.329

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38116E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38116E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38116E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38116E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrikl_w
    "DLR, I-Kleinanteil"
    SWORD
    rel_q0p1957
    1
    100
    -6412.524
    6412.329

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF30A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF30A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF30A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF30A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrini_w
    "I-Anteil bei Initialisierung der NLP-Function"
    UWORD
    rel_q0p1957
    1
    100
    0.00
    12824.85

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381170
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381170 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381170 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381170 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrkomp
    "DLR, Faktor Kreisverstärkung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF304 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF304 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrmxt
    "timer für DLR im UMA in der Begrenzung"
    UBYTE
    t50msxs_q0p05
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrndif_w
    "Istwert aktuell - Istwert letzter für D-Anteil des DLR"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF30C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF30C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF30C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF30C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrp
    "DLR, P-Parameter"
    UBYTE
    relDK_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF305
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF305 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF305 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF305 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrpidc
    "Fehlerzähler DLR-Stellbereichsüberwachung"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381172
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381172 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381172 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381172 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrspid_w
    "DLR für DV-E: Summe der PID-Anteile"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF30E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF30E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF30E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF30E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlrubrsq
    "Batterie-Normalspannung in Quantisierung von ubrsq"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlsd_w
    "Dämpfung PT2-Filter in Lastschlagdämpfung"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38172A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38172A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38172A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38172A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlsuvAusbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A8D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlues1eAusBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380720 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380720 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlurs_w
    "Laufunruhedifferenz-Referenzwert, signed"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlutsk_w
    "Laufunruhedifferenz-Testgröße, korrigiert"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dluts_w
    "Laufunruhedifferenz-Testgröße"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlwsu_w
    "Lenkwinkelgeschwindigkeit"
    SWORD
    dlw_sw_q0p04375
    1
    100
    -1434.044
    1434.000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dlws_w
    "Lenkwinkelgeschwindigkeit  über CAN"
    SWORD
    dlw_sw_q0p04375
    1
    100
    -1434.044
    1434.000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmar_w
    "Delta Drehmoment antiruckel"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmaufr_w
    "Delta Aufregelmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381E8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmbebl_w
    "Delta-Moment für Auslösung Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38172C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38172C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38172C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38172C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdevab
    "Ev-Abschaltmuster der Aussetzererkennung das auf dem aktuellen SG umgesetzt wird"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38076E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdpo_w
    "Delta Moment Dashpot-Auslösung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38172E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38172E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38172E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38172E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdpu_w
    "delta Moment Dashpot-Ende"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmdwan_w
    "D-Anteil Wandlermoment bei Fahrstufe einlegen"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmgbeg_w
    "Delta-Moment für Gradientenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletanf_w
    "gefilterter Wert für Abweichung Leerlaufenergiebedarf während DTEV"
    SWORD
    m_q0p0031
    1
    100
    -102.4000
    102.3969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletanu
    "Abweichung Produkt Luftmasse * Zündwinkelwirkungsgrad bei Prüfung DTEV unsigned"
    UBYTE
    m_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384961
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384961 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384961 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384961 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmletan_w
    "Abweichung Produkt Luftmasse * Zündwinkelwirkungsgrad bei Prüfung DTEV 16 Bits"
    SWORD
    m_q0p0031
    1
    100
    -102.4000
    102.3969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlftef
    "Produkt Spülrate mal prozentuale Luftmassenänderung"
    UBYTE
    fak_ub_b0p5
    1
    100
    0.00
    0.4980

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A8F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A8F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A8F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A8F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrdl_w
    "geforderte Drehmomentänderung von der LLR (D-Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381698
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381698 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381698 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381698 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrd_w
    "geforderte Drehmomentänderung von der LLR (D-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38169A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38169A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38169A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38169A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrib_w
    "I-Anteil des Masters"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38169C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38169C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38169C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38169C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrii_w
    "I-Anteil bei Betrieb ohne DTEV"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38169E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38169E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38169E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38169E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllriz_w
    "I-Anteil bei Beginn der DTEV"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllri_w
    "geforderte Drehmomentänderung von der LLR (I-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrl_w
    "geforderte Drehmomentänderung von der LLR (Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrpl_w
    "geforderte Drehmomentänderung von der LLR (P-Anteil Luftpfad)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllrp_w
    "geforderte Drehmomentänderung von der LLR (P-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmllr_w
    "geforderte Drehmomentänderung von der LLR (PD-Anteil)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlms_w
    "Abstand des Sollmoments vom zulässigen Moment für Füllungspfad"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3817A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlsdo_w
    "Delta Moment Auslösung Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmlsdu_w
    "Delta Moment Ende Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnmxi_w
    "Drehmoment aus Integralanteil der NMAX-Regelung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnmxp_w
    "Drehmoment aus Proportionalanteil der NMAX-Regelung"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3817D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmnpbkv_w
    "Delta um das modellierter Bremskraftverstärkerdruck minimiert wird"
    SWORD
    pgrad_q0p15625
    1
    100
    -5120.000
    5119.844

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385654 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385654 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmr3lf_w
    "Drehmomentenreserve bei Elektrolüfter mit PWM-Ansteuerung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrac
    "Reservemoment für AC-Kompressor"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrar_w
    "Delta Relatives Moment bei Abschaltrampe FGR"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38119E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38119E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38119E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38119E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrdkt_w
    "Momenten-Reserve für Katalysatordiagnose"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrdnw_w
    "Momentenreserve für Diagnose über Tester"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrdsls_w
    "Momentenreserve für Diagnose Sekundärluft"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmresll_w
    "erhöhte Momentenreserve im LL nach Drehzahleinbruch"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrfabn_w
    "Aktuelle gewichtete Leistung um Schwelle MRFABNTE verschoben"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrfawe_w
    "Schwelle mrfa-Gradient für Deaktivierung PT1-Filter beim Wiedereinsetzen"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkh
    "Momenten-Reserve für Katheizen"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38490D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkhz_w
    "Momentenreserve für Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkh_w
    "Momentenreserve für Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrkt_w
    "Momentenreserve im Kurztrip"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlash_w
    "Momenten-Reserve für Lambdasonden-Alterungsüberwachung hinter Kat"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlf
    "Momentreserve für Lüfter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrllr_w
    "Momenten-Reserve für Leerlaufregelung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlsh_w
    "Momenten-Reserve für Sondendiagnose hinter Kat"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384B7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrlsv_w
    "Momenten-Reserve für Sondendiagnose vor Kat"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrmx_w
    "Delta-Moment Füllung durch Momentenreserve"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrnwa_w
    "Momentenreserve zum Umschalten der Auslaßnockenwelle"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrnwe_w
    "Momentenreserve zum Umschalten der Einlaßnockenwelle"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmrwan
    "Momentreserve für Drehmomentaufnahme des Wandlers"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmsldrl_w
    "Delta relative Luftfüllung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmsnte_w
    "normierte Massenstromänderung über TEV"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmssginr
    "relative Änderung des Massenstromes mssgin_w"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A90 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A90 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadfk_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_fs=1 & B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38405E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38405E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38405E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38405E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadfs_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_fs=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384060
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384060 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384060 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384060 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadko_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384062
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384062 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384062 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384062 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvadll_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384064
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384064 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384064 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384064 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvad_w
    "Delta-Motordrehmoment aus Verlustmoment-Adaption"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnfk_w
    "Minimalbegrenzung der Verlustmomentadaption (B_fs=1 & B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnfs_w
    "Minimalbegrenzung der Verlustmomentadaption (B_fs=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnko_w
    "Minimalbegrenzung der Verlustmomentadaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamnll_w
    "Minimalbegrenzung der Verlustmomentadaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxfk_w
    "0aximalbegrenzung der Verlustmomentadaption (B_fs=1 & B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxfs_w
    "Maximalbegrenzung der Verlustmomentadaption (B_fs=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxko_w
    "Maximalbegrenzung der Verlustmomentadaption (B_ko=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvamxll_w
    "Maximalbegrenzung der Verlustmomentadaption (B_ll=1)"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmverl_w
    "Verlustmoment nach DT1-Filter"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3817BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmvllrsu_w
    "Momentenreserve im Nachstart"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmxpbkv_w
    "Delta um das modellierter Bremskraftverstärkerdruck vergrößert wird"
    UWORD
    pgrad_q0p15625
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385656 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385656 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dmzms_w
    "Abstand des indizierten Sollmoments vom zulässigen Sollmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38178E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38178E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38178E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38178E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dn
    "Drehzahlabweichung bei Leerlaufregelung"
    SBYTE
    nmotd_sb_q10
    1
    100
    -1280.
    1270.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38099F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnabsak_w
    "absolute Drehzahldifferenz"
    SWORD
    nmot_uw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38180E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38180E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38180E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38180E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnasgabs_w
    "absolute Drehzahldifferenz"
    SWORD
    nmot_uw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnasgl_w
    "Regeldifferenz Drehzahl"
    SWORD
    nmot_uw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnasg_w
    "Regeldifferenz Drehzahl"
    SWORD
    nmot_uw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnbi_w
    "Verhältnis nsol_w / nmotbi_w"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnburns_w
    "Minimaler Drehzahlanstieg für Erkennung einer Verbrennung"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dncvt_w
    "Delta Drehzahl durch CVT-Getriebe"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnikorr_w
    "Korrekturwert auf den Integrator nach Diagnose"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3816AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnitu_w
    "Differenz zwischen Ist- und Turbinendrehzahl"
    SWORD
    nmotd_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38173A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38173A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38173A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38173A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmcan
    "Drehzahlgradient für CAN-Ausgabe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmotas_w
    "Differenzdrehzahl über ein Arbeitsspiel"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnmot_w
    "Differenzdrehzahl zwischen zwei folgenden Segmenten"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dns
    "LLR: Drehzahlabweichung zur stationären Solldrehzahl"
    SBYTE
    nmotd_sb_q10
    1
    100
    -1280.
    1270.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38097E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnsa
    "Zeitabhängige Schubhysterese"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380974
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380974 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380974 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380974 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnsi_w
    "Differenz zwischen Soll- und Ist-Motordrehzahl"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3817DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnsolasg_w
    "Rampenberechnung Solldrehzahl ASG"
    SWORD
    nmot_uw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnturb_w
    "Turbinendrehzahldifferenz des Wandlers"
    SWORD
    nmot_q0p1453421
    1
    100
    -4762.570
    4762.425

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnwkwNvBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dnwszfausbits0
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dn_w
    "Drehzahlabweichung bei Leerlaufregelung"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dolfst1_w
    "Ölfüllstandsdifferenz 1 (Wartungsintervallverlängerung)"
    SWORD
    vol_q62p5ul
    1
    100
    -2048.000
    2047.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dolfst2_w
    "Ölfüllstandsdifferenz 2 (Wartungsintervallverlängerung)"
    SWORD
    vol_q62p5ul
    1
    100
    -2048.000
    2047.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dolfst3_w
    "Ölfüllstandsdifferenz 3 (Wartungsintervallverlängerung)"
    SWORD
    vol_q62p5ul
    1
    100
    -2048.000
    2047.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dolfst4_w
    "Ölfüllstandsdifferenz 4 (Wartungsintervallverlängerung)"
    SWORD
    vol_q62p5ul
    1
    100
    -2048.000
    2047.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpabvhk2_w
    "Druckdifferenz über Hauptkatalysator, Bank 2"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpabvhk_w
    "Druckdifferenz über Hauptkatalysator"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpabvvk_w
    "Druckdifferenz über Vorkatalysator"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvep_w
    "Druckgradient während Evakuierung des BKV durch el. Pumpe"
    SWORD
    pgrad_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385658 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385658 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvmx_w
    "Faktor Druckgradient für Berechnung von dmxpbkv_w"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38565A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvpa_w
    "Druckdelta zw.  aktuellem  BKV-Druck und BKV-Druck beim Einschalten der Pumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38566E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvps_w
    "Druckgradient während Evakuierung des BKV durch ps"
    SWORD
    pgrad_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38565C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvsp_w
    "Druckgradient während Evakuierung des BKV durch Saugstrahlpumpe"
    SWORD
    pgrad_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38565E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38565E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38565E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38565E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukb_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu mit Betätigung der Bremse"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38212C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38212C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38212C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38212C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukk_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu für Abschaltung Klimakom."
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38212E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38212E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38212E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38212E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukp_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382130
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382130 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382130 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382130 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvukr_w
    "min. zulässige Druckdif. zwischen BKV-Druck und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382132
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382132 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382132 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382132 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvuk_w
    "min. zulässige Druckdif. zwischen BKV-Druck und pu ohne Betätigung der Bremse"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382134
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382134 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382134 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382134 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvunw_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382136
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382136 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382136 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382136 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbkvu_w
    "Differenz zwischen Bremskraftverstärker-Druck und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385660
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385660 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385660 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385660 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbra_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Auslaß-NWS)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbre_w
    "Delta zwischen Kennfeldern ohne SU und Kennfeldern mit SU(Einlaß-NWS)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukkb_w
    "min. zul. Druckdif. zw. pbkv und pu für Absch. Klimakom. beim Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382138
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382138 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382138 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382138 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukk_w
    "min. zul. Druckdif. zw. pbkv und pu für Absch. Klimakom. ohne zu Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38213A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38213A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38213A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38213A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbuknwb_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung beim Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38213C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38213C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38213C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38213C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbuknw_w
    "min. zul. Druckdif. zw. pbkv und pu für NW-Umschaltung ohne zu Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38213E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38213E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38213E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38213E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukpb_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe mit Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382140 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382140 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpbukp_w
    "min. zulässige Druckdif. zw. pbkv  und pu für Ansteuerung BKV-Pumpe ohne Bremsen"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382142
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382142 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382142 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382142 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpgNvBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dphBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380592 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380592 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsdvs_w
    "delta Saugrohrdruck aus Drosselventilen (Word)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38132E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38132E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38132E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38132E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfglm_w
    "Delta Frischluftpartialdruck im Saugrohr zwischen zwei Rechenrastern beim HFM"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381204 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381204 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsfg_w
    "delta-Frischgaspartialdruck im Saugrohr"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381212
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381212 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381212 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381212 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsmp_w
    "delta extrapolierter Saugrohrdruck (Word)"
    SWORD
    p_sw_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381330 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381330 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpspu
    "Delta zwischen Absolut- und Umgebungsdruck"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpspvdkd_w
    "Delta zwischen Saugrohrdruck und Druck vor Drosselklappe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385662 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385662 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpsu_w
    "lokale Größe Differenz Saugrohrdruck zu Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3817BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpus_w
    "Delta Druck Umgebung Saugrohr"
    SWORD
    p_sw_q0p078
    1
    100
    -2560.0000
    2559.9219

    
    FORMAT "%9.4"
    
    ECU_ADDRESS 0x384CF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpvdkspu_w
    "delta zwischen Druck vor Drosselklappe und Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dpwrsvc
    "Zeitzähler DV-E-Powersave"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381174
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381174 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381174 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381174 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmhx2_w
    "Wärmemengendifferenz am Sechskant, Bank 2"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqatmhx_w
    "Wärmemengendifferenz am Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384BF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dqueber
    "Wärmeüberschuß"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384990 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384990 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drinlsu2_w
    "Differenz zwischen Soll- und Istwert für RICAL während des Abgleiches, Bank 2"
    SWORD
    r_q0p0391
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381990 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381990 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drinlsu_w
    "Differenz zwischen Soll- und Istwert für RICAL während des Abgleiches"
    SWORD
    r_q0p0391
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381992 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381992 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drkuke_w
    "Delta relative Kraftstoffmasse Ersatzwert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drkwtmp_w
    "Momentenreserve für Kat warmhalten, zeitweise"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlas_w
    "Füllungsänderung pro Arbeitsspiel"
    SWORD
    rel_q0p02344
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38127C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38127C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38127C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38127C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfuei_w
    "Lastkorrektur des Füllungsreglers (I-Anteil)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381292
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381292 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381292 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381292 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfuep_w
    "Lastkorrektur des Füllungsreglers (P-Anteil)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381294 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381294 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlfue_w
    "Lastkorrektur des Füllungsreglers"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381296
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381296 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381296 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381296 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlkrav
    "aktueller Wert aus DRLKRAN"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38164C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38164C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38164C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38164C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlkrdy
    "Lastgradient für Auslösung KR-Lastdynamik"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38164E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38164E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38164E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38164E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlkrra
    "Lastgradient für Auslesen Stationäradaption"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381650
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381650 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381650 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381650 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drllad_w
    "Dynamikanteil der relativen Füllung rl bei Laderdynamik"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381224
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381224 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381224 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381224 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlm_w
    "Soll- Istwertdifferenz des Luftmassenreglers"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381298
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381298 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381298 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381298 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlp_w
    "delta-Einspritzberechnungs-Last aus Praediktion (Word)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3AA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3AA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlsolf_w
    "gefilterte Änderung Sollfüllung"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlsolmf_w
    "delta Sollfüllung für medianfilter"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38129A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38129A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38129A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38129A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drlsol_w
    "Änderung Sollfüllung"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    drl_w
    "Füllungsänderung (Word)"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381214
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381214 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381214 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381214 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSausbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSausbits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSausbits3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits1a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits2a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38046F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38046F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38046F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38046F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits3a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits4
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits4a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380472 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380472 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits5
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits5a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DSLSLRSLokBits_6
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dstert20_w
    "Normierte Weitertransportstrecke Regeneriergas im Saugrohr im 20ms-Raster"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwhx2_w
    "Temperaturdifferenz Abgas - Sechskant LSU, Bank 2"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtatwhx_w
    "Temperaturdifferenz Abgas - Sechskant LSU"
    SWORD
    temp_q0p0468_K
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtbrt_w
    "Brennraumtemperatur Dynamikanteil"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    DTEVNonVolbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382B19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtimx_w
    "Differenz zwischen max.Einspritzzeit und theoretischer max. Einspritzzeit"
    SWORD
    tinjection_sy
    1
    100
    -104.8576
    104.8544

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384CF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtivkst_w
    "Temperatur im Katalysator bei Start aus Modell ohne Umgebungstemp:"
    UWORD
    temp_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384DAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtka
    "Differenz zwischen Soll- und Ist-Temperatur am Kühlwasserausgang"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384991
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384991 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384991 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384991 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtkaint
    "I-Anteil Delta-Temperatur Kühler aus Ist-Soll"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384992 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384992 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmabsta
    "Delta Motortemperatur zwischen letztem Abstellen und aktuellem Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384800 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384800 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtmtka
    "Delta Kühlmitteltemperatur zu Kühleraustrittstemperatur"
    SBYTE
    temp_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dtsegph_w
    "Faktor zur Bewertung der Motordynamik"
    SWORD
    t5usxus_q5
    1
    100
    -163840.0
    163835.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380EAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dua10g2_w
    "Verstärkung korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde Bank 2"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dua10g_w
    "Verstärkung korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    duf_c
    "Zeitzähler fürs Setzen der Zyklusflags der Funktionsüberwachungs-Diagnose"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A41
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A41 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A41 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A41 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dulsuhe_w
    "Spannungsgradient UULSUV für Heizereinkopplung"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380BFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    durnprst_c
    "Zähler im Dauer-RAM für Fehlertyp B_npurrst in Diagnose Rechnerüberwachung Reset"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dveadchst
    "DV-E-Adaption: Status Prüfbedingungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dveesc
    "Entprellzähler für DV-E-Endstufe"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvfgr_w
    "Regelabweichung beim FGR"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvivr_w
    "Differenz zwischen Ist- und Sollgeschwindigkeit beim FGR"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvsi_w
    "Abweichung zwischen Soll- und Istgeschwindigkeit der VMAX-Regelung"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvzi_w
    "Differenz zwischen Ziel- und Istgeschwindigkeit"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381196
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381196 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381196 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381196 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dvzvi_w
    "Differenz zwischen Ziel- und Istgeschwindigkeit"
    SWORD
    vfzg_sw_q0p00781
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dv_hl
    "Radgeschwindigkeitsdifferenz hinten links"
    SWORD
    vrad_uw_b655
    1
    100
    -327.5000
    327.4900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dv_hr
    "Radgeschwindigkeitsdifferenz hinten rechts"
    SWORD
    vrad_uw_b655
    1
    100
    -327.5000
    327.4900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dv_vl
    "Radgeschwindigkeitsdifferenz vorne links"
    SWORD
    vrad_uw_b655
    1
    100
    -327.5000
    327.4900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dv_vr
    "Radgeschwindigkeitsdifferenz vorne rechts"
    SWORD
    vrad_uw_b655
    1
    100
    -327.5000
    327.4900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dv_w
    "maximale Radgeschwindigkeitsdifferenz"
    SWORD
    vrad_uw_b655
    1
    100
    -327.5000
    327.4900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdkba_w
    "Gradient DK-Winkel"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381138
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381138 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381138 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381138 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdkdlr_w
    "Differenz-DK-Winkel Sollwert - Istwert (wdkdlr_w - wdkba_w)"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF310
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF310 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF310 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF310 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdksumx_w
    "Delta Sollwinkel Drosselklappe Beginn ungedrosselt bis Maximum"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384CE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdksus_w
    "Delta Sollwinkel Drosselklappe ab Beginn ungedrosselt Saugmotor"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38129C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38129C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38129C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38129C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwdks_w
    "Änderung des Drosselklappen-Sollwinkels"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwfk_w
    "Wandfilmmengendifferenz Kurzzeitanteil"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwfl_w
    "Wandfilmmengendifferenz Langzeitanteil"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwf_w
    "Wandfilmmengendifferenz"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkr
    "zylinderindividuelle Zündwinkelspätverstellung KR"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380933
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380933 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380933 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380933 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkrmsw
    "aktueller Wert für Mittelwertbegrenzung der Spätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380934
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380934 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380934 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380934 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwkrz
    "zyl.ind. ZW-Spätverstellung inkl. Dyn.vorhalt"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380935
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380935 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380935 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380935 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnrfiie_w
    "Änderung Sollposition Einlaßnockenwelle bis zum Füllungsmaximum I-Anteil"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382036
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382036 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382036 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382036 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnrfipe_w
    "Änderung Sollposition Einlaßnockenwelle bis zum Füllungsmaximum P-Anteil"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382038
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382038 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382038 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382038 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnrfixe_w
    "max Änderung Sollposition Einlaßnockenwelle bis zum Füllungsmaximum"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38203A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38203A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38203A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38203A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnsrfie_w
    "Änderung Sollwinkel für interne Restgassteuerung über Einlaßnockenwelle"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38203C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38203C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38203C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38203C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwabga_w
    "Max-Winkel zur Berechnung der Sollwertänderungsbegrenzung Auslass Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38209C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38209C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38209C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38209C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwabge_w
    "Max-Winkel zur Berechnung der Sollwertänderungsbegrenzung Einlass Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382042
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382042 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382042 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382042 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwamxa_w
    "Max-Winkel zur Abschaltung der Sollwertänderungsbegrenzung Auslass Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38209E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38209E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38209E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38209E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwamxe_w
    "Max-Winkel zur Abschaltung der Sollwertänderungsbegrenzung Einlass Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382044
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382044 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382044 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382044 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwasa2_w
    "Abstand Auslaßnockenwelle 2 zur Sollposition"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382008 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382008 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwasa_w
    "Abstand Auslaßnockenwelle zur Sollposition"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38200A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38200A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38200A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38200A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwa_w
    "delta Winkel Auslaß-NW (Sollwinkel - Istwinkel)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwdmxa_w
    "Maximale Abweichung Nockenwellenposition für Fehlereintrag Auslaß"
    UWORD
    kw_uw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38562E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwdmxe_w
    "Maximale Abweichung Nockenwellenposition für Fehlereintrag Einlaß"
    UWORD
    kw_uw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38560E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38560E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38560E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38560E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwe_w
    "delta Winkel Einlaß-NW (Sollwinkel - Istwinkel)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38205C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38205C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38205C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38205C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwfda_w
    "Differenz Ist - Sollwinkel Nockenwelle gefiltert für Diagnose Auslass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385630 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385630 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwfde_w
    "Differenz Ist - Sollwinkel Nockenwelle gefiltert für Diagnose Einlass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385610
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385610 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385610 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385610 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwsa_w
    "Sollwinkeländerung vor Änderungsbegrenzung Auslassnockenwelle"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwse_w
    "Differenz zwischen geschätztem Nockenwellenwinkel und Sollwinkel (t-1) Einlass"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38205E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38205E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38205E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38205E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwsp2_w
    "Abweichung des Adaptionswinkels 2 vom fahrzeugspez. Sollwinkel der Nockenwelle"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwsp_w
    "Abweichung des Adaptionswinkels vom fahrzeugspez. Sollwinkel der Nockenwelle"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwstpa_w
    "Winkelabweichung Einlaßnockenwelle für Verstellstopp Auslaß NW"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38200C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38200C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38200C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38200C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwnwsue_w
    "Änderung Sollwinkel Einlaßnockenwelle bei aktiver Saugrohrumschaltung"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwped
    "Gradient des normierten Fahrpedalwinkels"
    SBYTE
    rel_q0p39
    1
    100
    -50.00
    49.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dwped_w
    "Gradient des normierten Fahrpedalwinkels"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381118
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381118 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381118 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381118 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyesv
    "aktueller Wert Lastdynamikerkennungsschwelle"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381652 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381652 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dymntv
    "min. add. Dynamikvorhalt aus KL"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsu2_w
    "Dynamikwert der LSU, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383890
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383890 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383890 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383890 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsusa
    "Dynamikwert der LSU, DLSSA"
    UBYTE
    fak_q0p0195
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsusa2
    "Dynamikwert der LSU, DLSSA Bank 2"
    UBYTE
    fak_q0p0195
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynlsu_w
    "Dynamikwert der LSU"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383892
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383892 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383892 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383892 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dynPeriod
    ""
    SWORD
    dez
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyrsofv
    "aktueller Wert Offset für Lastdynamikerkennungsschwelle"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381654
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381654 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381654 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381654 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dyrsv
    "aktueller wert Lastdynamikerkennungsschwelle"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381656
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381656 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381656 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381656 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzaCtr
    "Zähler DZA Betrieb, zählt Modusübergang aus"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF210
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF210 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF210 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF210 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzlsu_w
    "Delta Zeitkonstante der LSU gegenüber Nominalwert"
    SWORD
    t_q0p01
    1
    100
    -327.6800
    327.6700

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuhlzl
    "Entprellzähler Heilung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3806EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuksmszl
    "Entprellzähler Kurzschluß nach Masse"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3806F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzuksubzl
    "Entprellzähler Kurzschluß nach Ubatt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3806FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzusigzl
    "Entprellzähler Leitungsabfall"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380707
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380707 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380707 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380707 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw1_uc
    "Delta Zündwinkel lambdaabhängig (1. Bank) im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A13
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A13 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A13 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A13 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw1_um
    "Delta Zündwinkel lambdaabhängig (1. Bank) in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw2_uc
    "Delta Zündwinkel lambdaabhängig (2. Bank) im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A14 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A14 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw2_um
    "Delta Zündwinkel lambdaabhängig (2.Bank) in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwb
    "Differenz BasisZW optimaler Zündwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwb2
    "Zündwinkeloffset für Bank 2"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwbankar
    "Array Offset des ZW bei zwei Banksystemen"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380B2F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwdyntp
    "Tip-In Korrektur spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B24 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B24 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwg
    "Delta Zündwinkel Grund-ZW zu Optimal-ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xCAFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCAFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCAFC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCAFC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwi
    "Delta Zündwinkel zwischen zwopt und zwout"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwkg
    "Delta-Zündwinkel Verschiebung Klopfgrenze"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwlamfaw
    "Delta Zündwinkel bei KR-Eingriff oder Warmlauf für Anfettung über Lambda"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwmna
    "Min-Zündwinkel Änderungsgeschwindigeit zw. Brenngrenze und Motorschutz"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38498A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwmnms
    "Offset auf minimalen Zündwinkel Brenngrenze für Motorschutz"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38498B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwol
    "lambdaabh. Zündwinkelkorrektur des optimalen ZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwolb
    "Korrektur des optimalen Zündwinkels abhängig von der Ladungsbewegung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzworri
    "Delta Zündwinkel durch internes / externes Restgas"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzws
    "Delta Zündwinekl zwischen zwopt und zwsol"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspae
    "Korrektur-Zündwinkel für den spätest erlaubten Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwspma
    "Zündwinkelkorrektur Motortemperatur auf zwspae wirkend"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwtipin
    "Delta Zündwinkel Tip-In"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwwl
    "Delta Zuendwinkel aus Warmlauf"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzwzk
    "delta Zündwinkel bei Dauerklopfen"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw_uc
    "Delta Zündwinkel zwischen zwopt und zwout im Befehlstest"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A15
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A15 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A15 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A15 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    dzw_um
    "Delta Zündwinkel zwischen zwopt und zwout in der Funktionsüberwachung"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d_flags_uc
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    d_flags_um
    "Byte für ACC-Informations-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrNewT
    "ETK bypass counter new, channel T"
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrNewY
    "ETK bypass counter new, channel Y"
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrOldT
    "ETK bypass counter old, channel T"
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebCtrOldY
    "ETK bypass counter old, channel Y"
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebMissT
    "ETK bypass counter misses, channel T"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ebMissY
    "ETK bypass counter misses, channel Y"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    edge_ctr
    "Index der Phasenflanke bei erkannter Schnellstartposition"
    SBYTE
    dez
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A8 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A8 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    eevx
    "EV Fehlerbyte"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    egaspfad
    "EGAS-Pfad als Umweltbedingung für Funktionsüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A42 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A42 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehks
    "Hilfserrorflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384921
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384921 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384921 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384921 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehks_min
    "Hilfserrorflag: Klopfsensor Min-Fehler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384922
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384922 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384922 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384922 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehlpks
    "Hilfserrorflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384923
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384923 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384923 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384923 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ehlpks_min
    "Hilfserrorflag: Klopfsensor Min-Fehler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384924
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384924 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384924 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384924 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_adcc_um
    "irreversibles Fehlerbit bei der AD-Wandler-Überwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_dufska
    "Diagnose Überwachungsfunktion hat den 1. Fehler irreversible SKA gespeichert"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_ipa_um
    "irrev. Fehlerbit für unterer DK-Anschlag im ungültigen Bereich in der Fkt-Überw."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_msrc_uc
    "irreversibles Fehlerbit bei der MSR-Überwachung im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_msrc_um
    "irreversibles Fehlerbit bei der MSR-Überwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_mver_uc
    "Ebene 3 irreversibles Fehlerbit fuer URCMVER aus BT"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_mver_um
    "irreversibles Fehlerbit beim Momentenvergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_nc_um
    "irreversibles Fehlerbit beim Drehzahlvergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_reac_um
    "irreversibles Fehlerbit der Fehlerreaktionsüberwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rlc_um
    "irreversibles Fehlerbit beim rl-Vergleich mit der Funktion in der Funktionsüberw"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_rlip_um
    "irreversibles Fehlerbit beim rl/rlip-Vergleich der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgsc_uc
    "irreversibles Fehlerbit bei der SGS-Überwachung im Befehlstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgsc_um
    "irreversibles Fehlerbit bei der SGS-Überwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_sgso_um
    "Irreversibles Fehlerbit bei der SGS-Überwachung der Funktionsüberwachung (-1)"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_spsc_um
    "irreversibles Fehlerbit bei d. Sollwertplausibilisierung d. Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_ubr_um
    "irrev. Fehlerbit zur Anforderung Fehlereintrag Hauptrelais-Diagnose aus %UMAUSC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_varc_um
    "irreversibles Fehlerbit bei d. VarCodierungsüberwachung d. Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB0 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB0 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ei_zwc_um
    "irreversibles Fehlerbit bei der Zündwinkelüberwachung der Funktionsüberwachung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDB4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDB4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ekpfz
    "Endstufendiagnose EKP-Relais: Zähler zur Entprellung der Endstufenfehler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ekppz
    "Endstufendiagnose EKP-Relais: Zähler für Prüfpulsausgabe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    errorCntTcsort
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384849
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384849 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384849 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384849 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ESSTTbits
    "Bits zur Funktion Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_fho04esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_san12esuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdk10teub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdn10llsw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3816B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sdz06gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sez04llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3816B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sez06tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sfr05teub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga06mdub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga08llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sga08mdub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sim06esuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sko06koub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sko06pko
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sks06esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sla05esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sla09opuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_slx06tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sly06tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sm108lhsw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sm208lhsw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi03dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi03dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi03dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi04llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi08dmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smi12opuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3812CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smk08mdsw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml05dkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml06teub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml06tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml07tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sml08lhub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smo08mfub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_smt06tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sng06llsb
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm04zuub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05neuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05nwub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm05nwuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06koub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06mduw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3849FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06nwub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm06nwuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm07esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm07lsuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385540 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385540 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dm4ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08dmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08feub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08gkuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381346
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381346 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381346 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381346 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08koub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383B02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08lhub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08lsub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385542 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385542 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08mfub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08opub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08saub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381668
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381668 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381668 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381668 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm08__ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm09dm1ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm09dm2ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm09dm3ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm10lsub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm10teub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm12esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm12feub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm12mduw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38173C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38173C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38173C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38173C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16ciub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16krdyub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16krub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16neuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16opuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16zuuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_snm16__uw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns04zusb
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns06llsb
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38167E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38167E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38167E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38167E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sns206llsb
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3816B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sps11mduw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sqm05teub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl03krub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl04krub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl05nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl05neuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06koub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl06krub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08dmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381348
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381348 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381348 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381348 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08lsub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385544 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385544 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08lsuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385546
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385546 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385546 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385546 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08neuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl08nxub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl10lsub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl11opuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl12esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl12gkuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl12zuuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl16nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srl16neuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srp06esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_srr07opuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_st107tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_st207tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_st307tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_st407tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta04llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta06esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta06llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta12esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sta12wlub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stk04saub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm04feub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm04saub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm04__ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05epmsb
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05nwub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05saub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm05tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm06llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm06nwub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm06__ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08dmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08gkub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08mdub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08mfub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08opub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm08__ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm09esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm10__ub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stm12esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stn06llub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sto06nwuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sto08nauw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3820BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_STO08NEUW
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382060
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382060 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382060 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382060 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts05dtka
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385648 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385648 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts05dtts
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38564A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts06tmuw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts08esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sts12esub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stu05tmub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_stw08mdub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384E16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_sue08mfub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_suv07mdub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swe07opsw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swp08mfub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swp08opub
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    esst_swp16mduw
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38173E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38173E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38173E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38173E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etafrks_uc
    "Wirkungsgrad wegen Aufteilungsfaktor zw. 1. und 2. Einspritzung im BT"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A16 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A16 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etafrks_um
    "Wirkungsgrad wegen Aufteilungsfaktor zw. 1. und 2. Einspritzung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etalab
    "Lambda-Wirkungsgrad ohne Eingriff bezogen auf optimales Moment bei Lambda=1"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etalbb
    "Ladungsbewegungswirkungsgrad bei Lambda = 1 und Basiszündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etamnms
    "Minimal erlaubter Zündwinkelwirkungsgrad Motorschutz"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etamns
    "Minimal möglicher Zündwinkelwirkungsgrad Brenngrenze Sollwert"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etarrib
    "Restgaswirkungsgrad bei Lambda = 1 und Basiszündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etate
    "Motorwirkungsgrad bei Tankentlüftung mit hoher Beladung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38494F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etateint
    "Integrator Motrwirkungsgrad bei Tankentlüftung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384950
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384950 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384950 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384950 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etatesol
    "beladungsabhängiger Soll-Motorwirkungsgrad bei Betrieb mit Tankentlüftung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384951
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384951 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384951 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384951 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazaist
    "Ist-Zylinderausblendungswirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwb
    "Zündwinkelwirkungsgrad des Basiszündwinkels"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwbm
    "gemittelter Zündwinkelwirkungsgrad des Basiszündwinkels"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwg
    "Wirkungsgrad beim Grundzündwinkel"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xCAFD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCAFD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCAFD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCAFD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwif
    "Ist-Zündwinkelwirkungsgrad: für DTEV gefilterter Wert"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384962
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384962 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384962 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384962 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwimt
    "Ist_Zündwinkelwirkungsgrad für ATM gemittelt (200 ms)"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38485A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwist
    "Ist-Zündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwkte
    "korrigierter Zündwinkelwirkungsgrad für DTEV"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazwmn
    "Minimum-Zündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazws
    "Sollzündwinkelwirkungsgrad"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B22 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B22 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazw_uc
    "Ist-Zündwinkelwirkungsgrad im Befehlstest"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A17
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A17 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A17 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A17 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    etazw_um
    "Ist-Zündwinkelwirkungsgrad in der Funktionsüberwachung"
    UBYTE
    rel_ub_b127p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evabkor2_w
    "Korrekturfaktor für lamsbrs2_w zur Berücksichtigung von Zylinderausblendung"
    UWORD
    fak_uw_b32
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381364
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381364 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381364 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381364 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evabkor_w
    "Korrekturfaktor für lamsbrs_w zur Berücksichtigung von Zylinderausblendung"
    UWORD
    fak_uw_b32
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381366 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381366 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evrbgn_one
    "Ev Nr -1 bei Beginn der Ev-Abschaltung zur Adressierung von REDABM"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38076F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evsup1
    "Funktionskennungsbyte für Ausgabe SAE J1979 Mode2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384003
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384003 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384003 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384003 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evtmod
    "Einlaßventiltemperatur modelliert (Temperaturmodell)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evtmodev
    "Spulentemperatur eines Einspritzventils"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_aus
    "Einspritzausblendmuster"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380770 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380770 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_austot
    "Einspritzausblendmuster total"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380796 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380796 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    evz_aus_bt
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_aaa
    "Dummy: Tabellenanfang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_aatun
    "Errorflag: Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_akre
    "Error Flag: Abgasklappe Endstufe mit Resonator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_anws
    "Errorflag: Nockenwellensteuerung (Auslaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_anwse
    "Errorflag: Nockenwellensteuerungsventil Endstufe (Bank1,Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ase_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ase_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_asgnpl
    "Errorflag: ASG-Signal nicht plausibel."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ask_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ask_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bkvp
    "Fehlerflag: BKV-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bkvpe
    "Fehlerflag: BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bm
    "Errorflag: Bezugsmarkengeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_brems
    "Fehlerflag: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_bznpl
    "Errorflag: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cair
    "Fehlerflag : Timeout Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cairp
    "Fehlerflag : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cas
    "Errorflag: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cat
    "Errorflag: CAN-Schnittstelle, Timeout Bremsbotschaft setzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cbr2
    "Errorflag : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cbsg
    "Errorflag : Botschaft BSG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cgat
    "Fehlerflag : Timeout Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cge
    "Errorflag: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cgra
    "Errorflag : Timeout GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cif
    "Errorflag: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_cins
    "Errorflag: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ckla
    "Errorflag: CAN-Kommunikation zum KLA-SG gestört"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_clws
    "Errorflag: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ctog
    "Fehlerflag: Timeout TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_czas
    "Fehlerflag: Timeout ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk
    "Errorflag: DK - Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk1p
    "Errorflag: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dk2p
    "Errorflag: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dpl
    "Errorflag: Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dsbkv
    "Errorflag: Bremskraftverstärker-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dsu
    "Errorflag: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvee
    "Errorflag: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvef
    "Errorflag: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvefo
    "Errorflag: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvel
    "Errorflag: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dven
    "Errorflag: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dver
    "Errorflag: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvet
    "Errorflag: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveu
    "Errorflag: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveub
    "Errorflag: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dveuw
    "Errorflag: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dvev
    "Errorflag: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dylsu
    "Errorflag: LSU dynamisch zu langsam"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_dylsu2
    "Errorflag: LSU dynamisch zu langsam, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_egfe
    "Errorflag: Eingangsgrößen Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_egsbgr
    "Zeitliche Begrenzung EGS-Eingriff"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_enws
    "Errorflag: Nockenwellensteuerung (Einlaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_enwse
    "Errorflag: Endstufe Nockenwellensteuerung (Einlaß, Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_epcle
    "Fehlerflag: EPCL-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev1
    "Errorflag: EV von Zyl. 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev2
    "Errorflag: EV von Zyl. 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev3
    "Errorflag: EV von Zyl. 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev4
    "Errorflag: EV von Zyl. 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev5
    "Errorflag: EV von Zyl. 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ev6
    "Errorflag: EV von Zyl. 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fku
    "zeitentprelltes Fehlerbit Kupplung vom Getriebe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_flp
    "Errorflag: Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fp1p
    "Errorflag: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_fp2p
    "Errorflag: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao
    "Errorflag: LR-Adaption oberer multiplikativer Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao2
    "Errorflag: LR-Adaption oberer multiplikativer Bereich (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao2_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frao_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau
    "Errorflag: LR-Adaption unterer multiplikativer Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau2
    "Errorflag: LR-Adaption unterer multiplikativer Bereich (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau2_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frau_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frst
    "Errorflag: Fehler aus Diagnose Kraftstoffversorgungssystem (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_frst2
    "Errorflag: Fehler aus Diagnose Kraftstoffvers.-System (Kurztest Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_gecod
    "Errorflag: Getriebe-Codierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_grbh
    "Errorflag: GRA Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_helsu
    "Errorflag: Heizung LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_helsu2
    "Errorflag: Heizung LSU (Bank2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hre
    "Errorflag: Hauptrelaisentstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsh
    "Errorflag: Lambdasonden-Heizung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsh2
    "Errorflag: Lambdasonden-Heizung hinter Katalysator Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hshe
    "Errorflag: Lambdasonden-Heizung hinter Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hshe2
    "Errorflag: Lambdasonden-Heizung hinter Katalysator Bank 2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsv
    "Errorflag: Lambdasonden-Heizung vor Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsv2
    "Errorflag: Lambdasonden-Heizung vor Katalysator Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsve
    "Errorflag: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_hsve2
    "Errorflag: Lambdasonden-Heizung vor Katalysator Bank 2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_iclsu
    "Errorflag: Fehler Auswerte-IC für die LSU (Spg.-Versorgung, Kommunikation)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_iclsu2
    "Errorflag: Fehler Auswerte-IC für die LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kat
    "Errorflag: Katalysator-Konvertierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kat2
    "Errorflag: Katalysator-Konvertierung, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kpe
    "Errorflag: EKP-Relais Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra01
    "Errorflag: Klopfregelanschlag Zyl.1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra02
    "Errorflag: Klopfregelanschlag Zyl.2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra03
    "Errorflag: Klopfregelanschlag Zyl.3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra04
    "Errorflag: Klopfregelanschlag Zyl.4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra05
    "Errorflag: Klopfregelanschlag Zyl.5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kra06
    "Errorflag: Klopfregelanschlag Zyl.6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krnt
    "Errorflag: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krof
    "Errorflag: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_krtp
    "Errorflag: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks1
    "Errorflag: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks2
    "Errorflag: Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks3
    "Errorflag: Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ks4
    "Errorflag: Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_kuppl
    "Fehlerflag: Gebergröße Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lash
    "Errorflag: Lambda-Sondenalterung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lash2
    "Errorflag: Lambda-Sondenalterung hinter Kat. (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lavh
    "Errorflag: Lambda-Sondenalterung im Vollast hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lavh2
    "Errorflag: Lambda-Sondenalterung im Vollast hinter Katalysator Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ldpe
    "Errorflag: Leckdiagnosepumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_llr
    "Errorflag: Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lm
    "Errorflag: Hauptlastsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsh
    "Errorflag: Lambda-Sonde hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsh2
    "Errorflag: Lambda-Sonde hinter Kat Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lshv
    "Errorflag: Lambda-Sonden-Vertauschung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuia
    "Errorflag: Diagnose Lambdasondenleitung an Bond IA (Leitungsunterbrechung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuia2
    "Errorflag: Diagnose Lambdasondenleitung an Bond IA (Leitungsunterbrechung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuip
    "Errorflag:  Fehler Leitungsunterbrechung an IP"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuip2
    "Errorflag:  Fehler Leitungsunterbrechung an IP, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuks
    "Errorflag:  Kurzschluß Sondenleitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuks2
    "Errorflag:  Kurzschluß Sondenleitung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuun
    "Errorflag: Diagnose Lambdasondenleitung an Bond UN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuun2
    "Errorflag: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuvm
    "Errorflag: Diagnose Lambdasondenleitung an Bond VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsuvm2
    "Errorflag: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsv
    "Errorflag: Lambda-Sonde vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsv2
    "Errorflag: Lambda-Sonde 2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lsvv
    "Errorflag: Vertauschte Lambda-Sonden vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lue1
    "Fehler Endstufe Lüfter 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_lues1e
    "Errorflag: Lüftersteuerung 1 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ma
    "Errorflag: Motor aus."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md
    "Errorflag: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md00
    "Errorflag: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md01
    "Errorflag: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md02
    "Errorflag: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md03
    "Errorflag: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md04
    "Errorflag: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_md05
    "Errorflag: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_mdb
    "Errorflag: Momentenüberwachung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_mfa
    "Errorflag: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_n
    "Errorflag: Drehzahlsignalgeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nwkw
    "Errorflag: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nwkw2
    "Errorflag: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_nx
    "Errorflag: NMAX - Überschreitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ph
    "Errorflag: Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ph2
    "Errorflag: Phasensensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_pllsu
    "Errorflag: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_pllsu2
    "Errorflag: Plausibilität der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_pwgde
    "Errorflag:  Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat
    "Errorflag DKVS (additive Korrektur pro Zeit)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat2
    "Errorflag DKVS (additive Korrektur pro Zeit Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat2_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkat_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz
    "Errorflag DKVS (additive Korrektur pro Zündung)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz2
    "Errorflag DKVS (additive Korrektur pro Zündung Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz2_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz_fsp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_rkaz_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_scr
    "Errorflag: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sgeep
    "Errorflag: Steuergerät defekt (EEPROM)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sgeew
    "Errorflag: Steuergerät defekt (EEPROM - WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_slpe
    "Errorflag: Sekundärluftpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sls
    "Errorflag: Sekundärluft-System"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sls2
    "Errorflag: Sekundärluft-System Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_slv
    "Errorflag: Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_slv2
    "Errorflag: Sekundärluftventil Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_slve
    "Errorflag: Sekundärluftventil (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_sue
    "Errorflag: Endstufe Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_swe
    "Errorflag: Beschleunigungssensor der Schlechtwegeerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ta
    "Errorflag: Ansauglufttemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tankl
    "Errorflag: OBDII-Fehler auf Grund eines leeren Tanks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tankl_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tes
    "Errorflag: Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tesf
    "Errorflag: Tankentlüftungssystem Feinleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tesg
    "Errorflag: Tankentlüftungssystem Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_teve
    "Errorflag: Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_teve2
    "Errorflag: Tankentlüftungsventil Endstufe, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383830 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383830 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_TKA
    "Errorflag: Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tm
    "Errorflag: Motor-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tmki
    "Errorflag: Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tol
    "Errorflag: Öltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_tum
    "Errorflag:  Umgebungstemperatur tumg"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ub
    "Errorflag: UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ubr
    "Errorflag: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufmv
    "Errorflag: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufnc
    "Errorflag: Fktüberwachung: Drehzahlgeber-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufrlip
    "Errorflag: Fktüberwachung: Lastsensor-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufsga
    "Errorflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufsgb
    "Errorflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufska
    "Errorflag: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ufspsc
    "Errorflag: Fktüberwachung: Pedalwertgeber-, Zuleitung- oder Steuergeräte-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ulsu
    "Errorflag: Spannungsüberwachung LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_ulsu2
    "Errorflag: Spannungsdiagnose LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urram
    "Errorflag: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urrom
    "Errorflag: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_urrst
    "Errorflag: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_vfz
    "Errorflag: Fahrzeug-Geschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_wfs
    "Errorflag: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_wfsrc
    "Errorflag: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet1
    "Errorflag: Zündtreiber ZUE1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet2
    "Errorflag: Zündtreiber ZUE2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet3
    "Errorflag: Zündtreiber ZUE3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet4
    "Errorflag: Zündtreiber ZUE4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet5
    "Errorflag: Zündtreiber ZUE5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zet6
    "Errorflag: Zündtreiber ZUE6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    E_zwpe
    "Errorflag: Relais für Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    facipkr_w
    "Interpolationsfaktor zur Neuberechnung von wkraipol"
    SWORD
    fak_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    faftekf
    "Faktor Ausfuß Tankentlüftungsventil: Wert aus Kennfeld"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fafte_w
    "Faktor Ausfluß Tankentlüftungsventil"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381FD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    famal
    "Faktor zur Absenkung des LUR-Wertes bei Mehrfachaussetzern, aus KFFAMALU"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38483E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fanalun
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380548
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380548 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380548 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380548 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    faquer
    "Gütefaktor für die Querbeschleunigung"
    UBYTE
    fak_ub_q0p02
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384825
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384825 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384825 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384825 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    faquerrd
    "gerundete Gütefaktor für die Querbeschleunigung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384826 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384826 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fasgp_w
    "Faktor P-Regler"
    UWORD
    relnmot_q0p477Em4
    1
    100
    0.00
    3.124952

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    favkatmx
    "Gewichtungsfaktor Sauerstoffspeicher über avkatf"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38494C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    favkatmx2
    "Gewichtungsfaktor Sauerstoffspeicher über avkatf, Bank 2"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38494D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    favralu
    "Anzahl Verbrenng. f. Reaktivierung Aussetzererkennung nach Ausblendung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380547
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380547 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380547 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380547 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbakl_w
    "Faktor K- und L-Anteil der ÜK bei BA"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbakstaa
    "Aktueller Startmengenadaptionsfaktor der ÜK bei BA"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbans
    "Nachstartfaktor der ÜK bei BA"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbansini_w
    "Startwert Faktor ÜK im Nachstart (word)"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbavst_w
    "Faktor ÜK-Verstellung bei Beschleunigungsanreicherung"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbetate
    "gewünschter Motorwirkungsgrad als f(nmot) bei TE zur Vermeidung von te <= TEMIN"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384952
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384952 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384952 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384952 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbkate
    "Faktor Kraftstoffanteil Tankentlüftung abhängig von te / TEMIN"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384953
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384953 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384953 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384953 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fbmxzahn
    "Funkenbandbegrenzung Maximalwinkel"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF211
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF211 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF211 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF211 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383447
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383447 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383447 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383447 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383469
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383469 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383469 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383469 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383513
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383513 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383513 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383513 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383535
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383535 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383535 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383535 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383557
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383557 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383557 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383557 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383579
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383579 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383579 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383579 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383601
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383601 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383601 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383601 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383623
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383623 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383623 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383623 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383645
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383645 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383645 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383645 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383667
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383667 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383667 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383667 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383689
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383689 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383689 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383689 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmcla_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_00_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383442
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383442 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383442 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383442 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_01_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383464
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383464 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383464 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383464 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_02_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383486
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383486 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383486 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383486 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_03_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3834A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_04_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3834CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_05_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3834EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_06_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x38350E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38350E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38350E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38350E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_07_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383530 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383530 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_08_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383552
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383552 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383552 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383552 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_09_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383574 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383574 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_10_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383596
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383596 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383596 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383596 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_11_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3835B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_12_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3835DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_13_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3835FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_14_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x38361E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38361E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38361E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38361E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_15_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383640
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383640 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383640 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383640 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_16_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383662 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383662 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_17_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x383684
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383684 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383684 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383684 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_18_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3836A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdfp_19_A
    ""
    UBYTE
    dfp_verbal
    1
    100
    0.00
    193.000000000

    
    FORMAT "%13.9"
    
    ECU_ADDRESS 0x3836C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383516
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383516 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383516 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383516 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383538
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383538 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383538 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383538 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383604
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383604 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383604 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383604 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383626 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383626 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383648
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383648 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383648 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383648 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmdlc_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmEnd
    "Anzahl Einträge im Fehlerspeicher"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383446
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383446 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383446 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383446 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383468
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383468 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383468 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383468 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383512
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383512 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383512 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383512 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383534
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383534 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383534 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383534 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383556 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383556 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383578
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383578 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383578 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383578 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383600 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383600 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383622
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383622 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383622 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383622 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383644
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383644 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383644 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383644 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383666
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383666 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383666 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383666 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383688
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383688 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383688 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383688 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfes_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383448
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383448 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383448 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383448 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383514
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383514 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383514 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383514 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383536
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383536 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383536 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383536 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383558
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383558 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383558 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383558 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383602
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383602 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383602 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383602 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383624 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383624 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383646
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383646 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383646 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383646 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383668
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383668 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383668 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383668 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmflc_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383444
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383444 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383444 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383444 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383466 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383466 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383488
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383488 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383488 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383488 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383510
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383510 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383510 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383510 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383532
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383532 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383532 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383532 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383554
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383554 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383554 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383554 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383576
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383576 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383576 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383576 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383598
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383598 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383598 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383598 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383620
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383620 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383620 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383620 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383642
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383642 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383642 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383642 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383664 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383664 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383686
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383686 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383686 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383686 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfps_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383517
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383517 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383517 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383517 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383605
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383605 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383605 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383605 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383627
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383627 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383627 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383627 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383649
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383649 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383649 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383649 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz0_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383490
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383490 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383490 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383490 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383518 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383518 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383606
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383606 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383606 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383606 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383628 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383628 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz1_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383455
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383455 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383455 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383455 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383477
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383477 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383477 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383477 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383499
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383499 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383499 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383499 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383521
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383521 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383521 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383521 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383565
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383565 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383565 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383565 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383631
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383631 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383631 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383631 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383653
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383653 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383653 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383653 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383675
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383675 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383675 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383675 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383697
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383697 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383697 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383697 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz10_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383491
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383491 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383491 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383491 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383519
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383519 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383519 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383519 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383607
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383607 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383607 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383607 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383629
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383629 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383629 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383629 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz2_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383470
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383470 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383470 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383470 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383492
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383492 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383492 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383492 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383580
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383580 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383580 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383580 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383608
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383608 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383608 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383608 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383690
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383690 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383690 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383690 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz3_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38344F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38344F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38344F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38344F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383471
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383471 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383471 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383471 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383493
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383493 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383493 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383493 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38355F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38355F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38355F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38355F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383581
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383581 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383581 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383581 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383609
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383609 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383609 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383609 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38366F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38366F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38366F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38366F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383691
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383691 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383691 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383691 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz4_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383450 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383450 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383472
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383472 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383472 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383472 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383494
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383494 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383494 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383494 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383582
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383582 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383582 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383582 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383670 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383670 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383692
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383692 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383692 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383692 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz5_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383451
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383451 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383451 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383451 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383473
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383473 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383473 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383473 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383495
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383495 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383495 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383495 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38353F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38353F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38353F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38353F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383561
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383561 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383561 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383561 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383583
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383583 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383583 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383583 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38364F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38364F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38364F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38364F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383671
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383671 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383671 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383671 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz6_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383452
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383452 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383452 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383452 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383474
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383474 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383474 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383474 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383496
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383496 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383496 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383496 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383540
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383540 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383540 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383540 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383562
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383562 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383562 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383562 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383650
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383650 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383650 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383650 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383672 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383672 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz7_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383453
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383453 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383453 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383453 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383475
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383475 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383475 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383475 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383497
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383497 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383497 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383497 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38351F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38351F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38351F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38351F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383541
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383541 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383541 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383541 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383563
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383563 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383563 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383563 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383585
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383585 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383585 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383585 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38362F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38362F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38362F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38362F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383651
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383651 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383651 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383651 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383673
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383673 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383673 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383673 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383695
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383695 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383695 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383695 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz8_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383454
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383454 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383454 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383454 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383476
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383476 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383476 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383476 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383498 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383498 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383520 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383520 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383564 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383564 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383586
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383586 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383586 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383586 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38360E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38360E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38360E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38360E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383630 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383630 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383652 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383652 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383674 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383674 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383696 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383696 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmfrz9_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383449
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383449 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383449 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383449 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38346B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38346B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38346B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38346B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38348D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38348D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38348D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38348D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383515
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383515 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383515 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383515 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383537
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383537 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383537 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383537 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383559
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383559 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383559 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383559 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38357B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38357B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38357B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38357B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38359D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38359D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38359D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38359D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383603
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383603 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383603 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383603 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383625
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383625 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383625 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383625 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383647
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383647 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383647 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383647 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383669
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383669 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383669 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383669 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38368B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38368B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38368B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38368B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhlc_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383462
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383462 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383462 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383462 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383484
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383484 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383484 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383484 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38350C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38350C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38350C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38350C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38352E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38352E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38352E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38352E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383550
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383550 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383550 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383550 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383572 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383572 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383594
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383594 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383594 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383594 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38361C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38361C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38361C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38361C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38363E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38363E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38363E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38363E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383660
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383660 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383660 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383660 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmhz_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    FCMTab
    "Fehlerspeichertabelle"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383442
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383442 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383442 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383442 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383443
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383443 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383443 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383443 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383465
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383465 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383465 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383465 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383487
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383487 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383487 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383487 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38350F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38350F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38350F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38350F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383531
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383531 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383531 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383531 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383553
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383553 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383553 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383553 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383575
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383575 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383575 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383575 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383597
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383597 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383597 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383597 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38361F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38361F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38361F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38361F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383641
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383641 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383641 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383641 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383663
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383663 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383663 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383663 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383685
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383685 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383685 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383685 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtsf_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_00_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383445
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383445 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383445 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383445 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_01_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383467
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383467 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383467 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383467 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_02_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383489
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383489 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383489 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383489 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_03_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_04_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_05_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3834EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3834EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3834EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3834EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_06_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383511
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383511 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383511 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383511 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_07_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383533
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383533 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383533 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383533 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_08_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383555
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383555 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383555 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383555 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_09_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383577
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383577 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383577 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383577 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_10_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383599
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383599 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383599 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383599 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_11_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_12_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_13_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3835FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3835FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3835FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3835FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_14_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383621
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383621 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383621 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383621 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_15_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383643
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383643 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383643 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383643 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_16_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383665
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383665 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383665 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383665 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_17_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x383687
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383687 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383687 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383687 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_18_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fcmtyp_19_A
    ""
    UBYTE
    default
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3836CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdar
    "Verstärkungsfaktor des AR-Eingriffs"
    UBYTE
    fak_ub_b3p125
    1
    100
    0.00
    3.113

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdars
    "Verstärkungsfaktor des AR-Eingriffs für Stationärpfad"
    UBYTE
    fak_ub_b3p125
    1
    100
    0.00
    3.113

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdmd
    "Statusflag diagnose misfire detection"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380534
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380534 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380534 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380534 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdpatdmd
    "fadeout-pattern für DMDZAG"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380451
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380451 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380451 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380451 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fdzwsu
    "Überblendfaktor zwischen geschalteten und nicht geschalteten Saugrohr"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380B37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fehlerarray
    ""
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fevab
    "festes Muster EV-Abschaltung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848D9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fevabe
    "Ausblendmuster aus erkannten Fehlern"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffof1
    "Statusbyte 1 Übersicht fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380535
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380535 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380535 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380535 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffof2
    "Statusbyte 2 Übersicht fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380536
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380536 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380536 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380536 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffon1
    "Statusbyte 1 Übersicht fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380537
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380537 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380537 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380537 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffon2
    "Statusbyte 2 Übersicht fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380538
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380538 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380538 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380538 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffupsrlk_w
    "fupsrl-Korrektur bei großen Lasten"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3811CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ffzdfp
    "Fehlerpfadidentifikationsnummer (dfp) zum Freeze-Frame Zero"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380566
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380566 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380566 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380566 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgnsol
    "Faktor zur Beeinflussung der Getriebesolldrehzahl"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38097D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38097D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38097D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38097D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrablir
    "Letzte aktive irreversible FGR Abschaltbedingung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384801
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384801 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384801 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384801 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrablr
    "Letzte aktive reversible FGR Abschaltbedingung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384802 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384802 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrbesilokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38072F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38072F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38072F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38072F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrfulolokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380732 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380732 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrreglausbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380739
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380739 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380739 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380739 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrregllokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38073A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrscod
    "Sender Codierung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgrscodc
    "CAN-Information Sender Codierung"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38073B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38073B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38073B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38073B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgru
    "Faktor Grundvorsteuerung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fgwrte
    "Eingriff Grenzwertregelung Tankentlüftung"
    SBYTE
    fak_sb_b16
    1
    100
    -16.00
    15.88

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384954
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384954 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384954 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384954 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fho
    "Korrekturfaktor Höhe"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fhoehk
    "Höhenkorrekturfaktor für Lüfter-Solldrehzahl"
    UBYTE
    fak_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fhost_w
    "Korrekturfaktor Höhe bei Start(word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fho_w
    "Korrekturfaktor Höhe (word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fivzabg
    "Intervallzähler abgasrelevante Aussetzer"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38055F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38055F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38055F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38055F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkateapp
    "Faktor applizierter Krafstoffanteil Tankentlüftung"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384955
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384955 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384955 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384955 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkatefrg
    "Faktor Kraftstoffanteil Tankentlüftung bei Sollspülrate"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A91
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A91 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A91 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A91 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkatei
    "Faktor Kraftstoffanteil Tankentlüftung (aktueller Istwert)"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A92 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A92 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkates
    "Faktor Kraftstoffanteil Tankentlüftung (Sollwert)"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384956
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384956 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384956 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384956 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkdyn_w
    "Korrekturfaktor  bzgl. AGR für Modellerwartungswert dynlsu"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkfped
    "Faktor für Interpolation zwischen den beiden Pedalkennfeldern"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhab
    "Faktor Katheizen zur Abregelung"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhfm
    "HFM-Korrekturfaktor"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38074C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkhnab
    "Leerlaufdrehzahl-Absteuerfaktor"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkisrm_w
    "Aktuell gültiger Saugrohrmodell Integratorbeiwert"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fklafs_w
    "Faktor Ausfluß (KLAF) für wdks Bestimmung"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38129E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38129E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38129E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38129E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fklaf_w
    "Faktor Ausfluß (KLAF)"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381226
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381226 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381226 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381226 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdkg_w
    "Korrekturfaktor Massenstrom Nebenfüllungssignal(auch bei Fehler HFM o. DK aktiv)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381228
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381228 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381228 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381228 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdksg_w
    "Korrekturfaktor schneller Massenstromabgleich (auch bei HFM o. DK Fehler aktiv)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38122A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38122A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38122A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38122A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdks_w
    "Korrekturfaktor schneller Massenstromabgleich"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38122C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38122C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38122C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38122C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkmsdk_w
    "Korrekturfaktor Massenstrom Nebenfüllungssignal"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38122E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38122E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38122E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38122E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkpvdkg_w
    "Korrekturfaktor langsamer Massenstromabgleich (auch im Fehlerfall in Betrieb)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3838A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkpvdk_w
    "Korrekturfaktor langsamer Massenstromabgleich"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38404C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38404C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38404C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38404C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fktns_w
    "Nachstartanhebung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukaba2_w
    "Korrekturfaktor ÜK-Adaption BA Bank 2"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381518 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381518 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukaba_w
    "Korrekturfaktor ÜK-Adaption BA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38151A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38151A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38151A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38151A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukas2_w
    "Korrekturfaktor aufsummiert Bank 2 ÜK-Adaption"
    UWORD
    fak_q0p0625
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38151C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38151C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38151C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38151C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukas_w
    "Korrekturfaktor aufsummiert ÜK-Adaption"
    UWORD
    fak_q0p0625
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38151E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38151E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38151E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38151E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukava2_w
    "Korrekturfaktor ÜK-Adaption VA Bank 2"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381520 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381520 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fkukava_w
    "Korrekturfaktor ÜK-Adaption VA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381522 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381522 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flakh
    "Faktor Lambda-Steuerung bei Katheizen"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamagr
    "Faktor Lambdaänderung durch Abgasrückführung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamagr2
    "Faktor Lambdaänderung durch Abgasrückführung, Bank2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A5D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamkh
    "Faktor Aufregelung Lambda-Motor-Soll bei Katheizen"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamrua2_w
    "Korrekturfaktor für Referenzlambda bei Adaption Übergangskompensation Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381524
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381524 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381524 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381524 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamrua_w
    "Korrekturfaktor für Referenzlambda bei Adaption Übergangskompensation"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381526 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381526 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsba_w
    "Faktor Lambdasoll bei Beschleunigungsanreicherung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsbg_w
    "Faktor Lambdasoll Begrenzung (word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsl2_w
    "Faktor Lambdaänderung durch Sekundärluft, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsls
    "Faktor Lambdaänderung durch Sekundärluft"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsls2
    "Faktor Lambdaänderung durch Sekundärluft, Bank2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A5F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A5F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A5F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A5F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamslsi
    "Faktor Lambdaänderung durch Sekundärluft (intern)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A60 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A60 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsl_w
    "Faktor Lambdaänderung durch Sekundärluft"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flamsva_w
    "Faktor Lambdasoll bei Verzögerungsabmagerung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flashzlr
    "Interner Zähler während Lüfterdeaktivierung (Flash-Programmierung)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384995
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384995 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384995 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384995 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flaskh
    "Faktor Übergang zu Lambda-Abgas bei Sekundärluft"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38490F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flbts_w
    "Faktor Lambda Bauteileschutz"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xCB00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flg
    "Status Laufunruhe-Berechnung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380539
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380539 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380539 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380539 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgddg
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380584
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380584 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380584 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380584 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgdkatlrs
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgkat_w
    "Statusflag kat.schädigende Aussetzerraten oder ti-Abschaltung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flglrs
    "CARB FREEZE FRAME Byte, Bank 1, für LR"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384887
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384887 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384887 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384887 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flglrs2
    "CARB FREEZE FRAME Byte, Bank 2, für LR"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384888
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384888 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384888 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384888 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgstign_w
    "flagword für stimulierte Zündaussetzer"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgstinj_w
    "flagword für stimulierte Einspritzaussetzer"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgst_w
    "flagword für stimulierten Aussetzer"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flgtiab
    "Statusflag ti-Abschaltung bei kat.schädigenden Aussetzerraten"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380560 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380560 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmssl
    "Faktor Lambda-Motor-Soll-Sekundärluftanteil"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38480B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmsslkh
    "Faktor Lambda-Motor-Soll-Sekundärluftanteil, resultierend"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384910
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384910 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384910 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384910 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmxctr
    "Zähler Zündfolge bei erkanntem Klopfregelanschlag"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38163C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38163C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38163C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38163C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmxof_w
    "aktuell maximaler Lernfilterwert"
    UWORD
    kw_dmdfof2
    1
    100
    0.00
    239.9963

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flmx_w
    "aktuell maximaler Lernfilterwert"
    UWORD
    luquant
    1
    100
    0.00
    323.3710

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln0
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382C4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln1
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382CAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382CAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382CAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382CAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln2
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382D0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382D0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382D0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382D0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln3
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382D6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382D6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln4
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382DCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382DCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382DCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382DCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fln5
    "Lernfilterwert, negativ"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382E2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382E2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382E2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382E2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof1
    "Lernfilterwert, negativ, Zündung 1"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof2
    "Lernfilterwert, negativ, Zündung 2"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof3
    "Lernfilterwert, negativ, Zündung 3"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof4
    ""
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flnof5
    ""
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp0
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382E8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382E8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382E8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382E8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp1
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382EEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382EEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382EEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382EEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp2
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382F4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382F4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382F4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382F4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp3
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x382FAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382FAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382FAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382FAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp4
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38300E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38300E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38300E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38300E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flp5
    "Lernfilterwert, positiv"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38306E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38306E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38306E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38306E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof1
    "Lernfilterwert, positiv, Zündung 1"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof2
    "Lernfilterwert, positiv, Zündung 2"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382B96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof3
    "Lernfilterwert, positiv, Zündung 3"
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof4
    ""
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flpof5
    ""
    SWORD
    kw_dmdfof2
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flrar
    "Verstärkungsfaktor zum Nachbilden der externen Last"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurb_w
    "Schwellwert für Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurktm_w
    "tmot-abhängiger Offset zum Laufunruhe-Referenzwert lurs/dlurs"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flurmin_w
    "Wert von LUR falls Adaption nicht abgeschlossen, Wert aus LURMINN"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutskzy_w
    "Filter der Laufunruhe-Testgröße, korrigiert, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380DB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutsk_w
    "Filter der Laufunruhe-Testgröße, korrigiert"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    flutszyl_w
    "Filter der Laufunruhe-Testgröße, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fluts_w
    "Filter der Laufunruhe-Testgröße"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmdkh
    "Faktor Steuerung Drehmomentreserve für Katheizen"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmdkhtns_w
    "Zeitsteuerung Drehmomentenreserve für Katheizen nach Start"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38160E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38160E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38160E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38160E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkrakt
    "Mittenfrequenz für Bandpaßfilter Klopfregelung"
    UBYTE
    fmfkr_dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfkraktol
    "Mittenfrequenz für Bandpaßfilter Klopfregelung, alter Wert"
    UBYTE
    fmfkr_dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmfw
    "bitcodierte Mittenfrequenz für Bandpaßfilter"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmkhfho_w
    "Höhenkorrektur der Drehmomentenreserve bei Katheizen"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmkhtmst
    "tmst-Korrektur der Drehmomentreserve bei Katheizen"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38490E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsagd
    "Korrekturfaktor Abgasgegendruck der Sekundärluftmasse"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38480C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsla
    "Korrekturfaktor Sekundärluftmasse adaptiv"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384815
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384815 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384815 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384815 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsla2
    "Korrekturfaktor Sekundärluftmasse adaptiv Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384816 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384816 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmslav
    "Adaptionsfaktor Sekundärluftmasse"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x382988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382988 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382988 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmslav2
    "Adaptionsfaktor Sekundärluftmasse, Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x382989
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382989 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382989 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382989 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsldyn
    "Faktor Dynamikbeschreibung Sekundärluft"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38480D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmslkor
    "Faktor zur Korrektur der Sekundärluftmasse"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38480E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmslrho
    "Dichtekorrektur der Sekundärluftmasse"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38480F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fmsltm
    "tmot- Korrektur der Sekundärluftmasse"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384810 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384810 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fngwrte
    "Faktor Regelung Spülrate nach Grenzwertregeleingriff"
    SBYTE
    fak_sb_b16
    1
    100
    -16.00
    15.88

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A93
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A93 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A93 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A93 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes0
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 1"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes1
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes2
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 3"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A2 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A2 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes3
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 4"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A3 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A3 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes4
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 5"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnmes5
    "zylinderindividueller Faktor für Einspritzung (drehzahlabhängig), Zylinder 6"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A5 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A5 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnstab_w
    "Faktor zur Stabilisierung mittels Drehzahlquotient"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384E18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnswlst_w
    "Faktor Nachstart und Warmlauf für Max-Auswahl im Start"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnswl_w
    "Faktor Nachstart und Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381300
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381300 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381300 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381300 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fns_w
    "Faktor Nachstart"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381302
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381302 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381302 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381302 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwaa
    "Faktor Wichtung NW-Auslaß"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380AC1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AC1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AC1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AC1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwda_w
    "Verstärkungsfaktor D-Anteil Lageregler Nockenwelle Auslaß"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3820BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwde_w
    "Verstärkungsfaktor D-Anteil Lageregler Nockenwelle Einlaß"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x382062
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382062 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382062 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382062 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwea
    "Faktor Wichtung NW-Einlaß"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38496B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwea1
    "Interpolationsfaktor NW-Überschneidung (lokal)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38496C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwea2
    "Interpolationsfaktor NW-Überschneidung Bereich 2"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38496D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwea3
    "Interpolationsfaktor NW-Überschneidung Bereich 3"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x38496E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwkha
    "Wichtungsfaktor für Nockenwellensollwinkel bei Katheizen (Auslaß)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38490A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwkhe
    "Wichtungsfaktor für Nockenwellensollwinkel bei Katheizen (Einlaß)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38490B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwpa
    "P-Anteil NW-Lagregler im Haltebereich Auslaß"
    SBYTE
    relKW_q0p195
    1
    100
    -25.00
    24.80

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwpe
    "P-Anteil NW-Lagregler im Haltebereich Einlaß"
    SBYTE
    relKW_q0p195
    1
    100
    -25.00
    24.80

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwtmkha
    "Faktor Nockenwellensollwinkel Katheizen Kalt -> Warm KF Auslassnockenwelle"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384986
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384986 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384986 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384986 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwtmkhe
    "Faktor Nockenwellensollwinkel Katheizen Kalt -> Warm KF Einlassnockenwelle"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384981
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384981 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384981 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384981 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwua
    "Gewichtungsfaktor Nockenwellenüberschneidung (Auslaß)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwue
    "Gewichtungsfaktor Nockenwellenüberschneidung (Einlaß)"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380AB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwue1lc_w
    "Interpolationsfaktor NW-Überschneidung Bereich 1 lokal unbegrenzt"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwue2lc_w
    "Interpolationsfaktor NW-Überschneidung Bereich 2 lokal unbegrenzt"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwue3lc_w
    "Interpolationsfaktor NW-Überschneidung Bereich 3 lokal unbegrenzt"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwu_w
    "Faktor Nockenwellen Gesamtüberschneidung"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381FE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwwarma
    "Faktor Nockenwellensollwinkel Übergang kalt -> Warmkennfelder Auslaß"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384987
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384987 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384987 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384987 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fnwwarme
    "Faktor Nockenwellensollwinkel Übergang kalt -> Warmkennfelder Einlaß"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384982
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384982 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384982 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384982 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fofresz
    "Resetzähler Lernfilterwert weggelaufen (Fuel-on Adaption)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382997
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382997 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382997 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382997 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fofstat
    "Status der fuel-off Adaption im aktuellen Betriebsbereich"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fonstat
    "Status der fuel-on Adaption im aktuellen Betriebsbereich"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380542
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380542 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380542 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380542 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits1
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38299A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits2
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38299B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    forbits3
    "enthält ready Bits"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38299C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fornbits
    "enthält ready Bits der Drehzahlbereiche"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38299D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpabnav2_w
    "Korrekturfaktor Abgasdruck (word) Bank2"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpabnav_w
    "Korrekturfaktor Abgasdruck (word)"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpbrkdlm_w
    "Faktor zur Bestimmung des Brennraumdrucks (bei HFM-System)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpbrkds_w
    "Faktor zur Bestimmung des Brennraumdrucks"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381216
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381216 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381216 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381216 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprgagps_w
    "Korrekturfaktor von pbrintro_w bei großem Druckverhältnis Saugrohr/KKrümmer"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprstep_c
    "Schrittzähler DK-Rückstellfeder-Prüfung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fprtim_c
    "Zeitzähler DK-Rückstellfeder-Prüfung"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpsrlroa_w
    "Rohwert für Faktor systembezogene Umrechnung Druck auf Füllung bei Auslaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpsrlroe_w
    "Rohwert für Faktor systembezogene Umrechnung Druck auf Füllung bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpuk
    "HFM-Korrekturfaktor im Pulsationsbereich"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38074D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdk
    "Korrekturfaktor Druck vor Drosselklappe"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380753
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380753 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380753 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380753 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkds
    "Faktor Druck vor Drosselklappe von Drucksensor"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380755
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380755 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380755 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380755 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkdsl_w
    "Faktor Druck vor Drosselklappe von Ladedrucksensor (word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38126A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38126A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38126A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38126A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkdsu_w
    "Faktor Druck vor Drosselklappe von Umgebungsdrucksensor (word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdkds_w
    "Faktor Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38126C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38126C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38126C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38126C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvdk_w
    "Korrekturfaktor Druck vor Drosselklappe 16-Bit"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381230
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381230 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381230 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381230 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhk2_w
    "Massenstrom- und temperaturabhängiger Faktor für Druckgradient über Hauptkat B.2"
    UWORD
    fak_q16_hPahPa
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384CA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhkt
    "Temperaturabhängigen Faktor für Druckgradient über Hauptkat"
    UBYTE
    fak_q20_hPahPa_mul_h_div_kg
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhkt2
    "Temperaturabhängigen Faktor für Druckgradient über Hauptkat, Bank 2"
    UBYTE
    fak_q20_hPahPa_mul_h_div_kg
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvhk_w
    "Massenstrom- und temperaturabhängiger Faktor für Druckgradient über Hauptkat"
    UWORD
    fak_q16_hPahPa
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384CA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvvkt
    "Temperaturabhängigen Faktor für Druckgradient über Vorkat"
    UBYTE
    fak_q20_hPahPa_mul_h_div_kg
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fpvvk_w
    "Massenstrom- und temperaturabhängiger Faktor für Druckgradient über Vorkat"
    UWORD
    fak_q16_hPahPa
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384CA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr2_u
    "Lambda-Regler-Ausgang; Bank2 (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38056A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr2_w
    "Lambda-Regler-Ausgang; Bank2 (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra2_u
    "multiplikative Gemischkorrektur der Gemischadaption (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38056B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra2_w
    "multiplikative Gemischkorrektur der Gemischadaption (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fram_w
    "Mittelwertsbildung für Gemisch-Adaptionsfaktoren bei 2-Bank Systemen"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frao2_w
    "multipl. Gemischadaptionsfaktor oberer Lastbereich Bank 2 (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fraolt2_w
    "multiplikative Gemischkorrektur  frao von dem letzten Trip 2. Bank"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fraolt_w
    "multiplikative Gemischkorrektur  frao von dem letzten Trip"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frao_w
    "multiplikativer Gemischadaptionsfaktor oberer Lastbereich (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frat2_w
    "temperaturabhängiger Gemischadaptionsfaktor (2. Bank)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frati2_w
    "temperaturabhängiger Gemischadaptionsfaktor Integralwert (2. Bank)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frati_w
    "temperaturabhängiger Gemischadaptionsfaktor Integralwert"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frat_w
    "temperaturabhängiger Gemischadaptionsfaktor"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frau2_w
    "multipl. Gemischadaptionsfaktor unterer mult. Bereich der Bank 2 (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frault2_w
    "multiplikative Gemischkorrektur  frau von dem letzten Trip 2. Bank"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frault_w
    "multiplikative Gemischkorrektur  frau von dem letzten Trip"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frauzs2_w
    "multipl. Gemischadaptionsfaktor unterer mult. Bereich (Stereo)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frauzs_w
    "multiplikativer Gemischadaptionsfaktor unterer mult. Bereich (alter Wert)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frau_w
    "multiplikativer Gemischadaptionsfaktor unterer mult. Bereich (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra_u
    "multiplikative Gemischkorrektur der Gemischadaption (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38056C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fra_w
    "multiplikative Gemischkorrektur der Gemischadaption (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frdter_w
    "Faktor Regelung Referenz für TE-Diagnose"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fregfte
    "Faktor Regelung Spülrate vor Grenzwertregeleingriff"
    SBYTE
    fak_sb_b16
    1
    100
    -16.00
    15.88

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A94 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A94 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhodk_w
    "Faktor Luftdichtekorrektur für DK-Durchfluß f(Ansauglufttemp.,Höhe) 16 Bit"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381232
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381232 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381232 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381232 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhokor_w
    "Faktor zur Adressierung der Dichtekorrektur bei der Sekundärluft"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frhol_w
    "Faktor Luftdichte f(Ansauglufttemp., Höhe) 16-Bit"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frini_w
    "Initialisierungswert für Regelfaktor Lambdaregelung"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frksch_uc
    "FRKSCH_UM im Befehlstest"
    UBYTE
    rel_ub_b1p0
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A18 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A18 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frksch_um
    "Aufteilungsfaktor Einspritzmenge bei Doppeleinspritzung in der Funktionsüberwach"
    UBYTE
    rel_ub_b1p0
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frkte_w
    "Faktor Umrechnung rel. Kraftstoffmasse rk in effekt. Einspritzzeit te"
    UWORD
    rkti11_sy
    1
    100
    0.00
    8.738000

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm2frz_w
    "Eingefrorener frm2_w bei Zusatzdiagnose für SLS (Bank1)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm2_w
    "schneller Mittelwert des Lambdaregelfaktors Bank 2(Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmfdif_w
    "Diffrenzwert zwischen Probewert und Momentanwert"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmfref_w
    "gefilterter Referenzwert fr für DTEV Ausfsteuerprüfung"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmfrz_w
    "Eingefrorener frm_w bei Zusatzdiagnose für SLS (Bank1)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmit
    "Bei Stereo-LR: Mittelwert des fr,fr2 oder bei Ausfall einer Bank: fr der i.O. Bk"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A95
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A95 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A95 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A95 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmitf_w
    "gefilterter Mittelwert fr für DTEV"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmit_w
    "Mittelwert aus fr und fr2 (16 bit)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381AC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmm_w
    "Mittelwertsbildung für Lambdaabweichungen bei 2-Bank Systemen"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmn_w
    "Lambda-Regler-Ausgang Minimalwert"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385548
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385548 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385548 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385548 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmshv2_w
    "Mittelwert des Lambdaregelfaktors für Kurztrip Vert. Sonden hinter KAT Bank2"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmshv_w
    "Mittelwert des Lambdaregelfaktors für Kurztrip Vertauschung Sonden hinter KAT"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmxa
    "fr-Max-Auschlag: Bei Stereo-LR: der fr, der am weitesten von 1.0 entfernt"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A96 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A96 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmxaf_w
    "fr-Max-Ausschlag: Bei Stereo LR der fr, der am weitesten von 1.0 weg (gefiltert)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmxaold_w
    "Mittelwert Lambdaregler - alter Wert (16 bit)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381ACA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ACA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ACA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ACA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmxa_w
    "fr-Max-Ausschlag: Bei Stereo LR der fr, der am weitesten von 1.0 weg (16 bit)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frmx_w
    "LR mit Integratorstop : Max. Begrenzung Integrator fr,; FRMAX / angehoben d.DSLS"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38554A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frm_w
    "schneller Mittelwert des Lambdaregelfaktors (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frridzw
    "Faktor Bewertung Zündwinkelverschiebung durch Inertgas"
    UBYTE
    fak_q0p0078
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frsnast2_w
    "Lambda-Reglerausgangswert  beim Eintritt in den Bereich UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frsnast_w
    "Lambda-Reglerausgangswert  beim Eintritt in den Bereich UASNAMN<ua10mo<UASNAMX"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    frtmki
    "Regelfaktor für Momentenbegrenzung aus Motortemperatur"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384945
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384945 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384945 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384945 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr_u
    "Lambda-Regler-Ausgang (Byte)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38056D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fr_w
    "Lambda-Regler-Ausgang (Word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs0
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3830CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3830CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3830CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3830CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs1
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38312E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38312E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38312E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38312E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs2
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38318E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38318E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38318E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38318E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs3
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3831EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3831EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3831EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3831EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs4
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38324E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38324E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38324E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38324E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fs5
    "Filterwert Abweichung Laufunruhe"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3832AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3832AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3832AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3832AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse0
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38330E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38330E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38330E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38330E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse1
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38333E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38333E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38333E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38333E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse2
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38336E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38336E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38336E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38336E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse3
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x38339E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38339E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38339E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38339E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse4
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3833CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse5
    "Filterwert Abweichung Laufunruhe, für Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 24
    ECU_ADDRESS 0x3833FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3833FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3833FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3833FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof1
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof2
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof3
    "Filterwert Segmentabweichung, eingerechnet"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof4
    ""
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof5
    ""
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fseof_w
    "aktueller Filterwert Segmentabweichung, zur Segmentzeit-Korrektur"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fse_w
    "aktueller Filterwert Segmentabweichung, zur Segmentzeit-Korrektur"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fslpdyn
    "Faktor Dynamikbeschreibung Sekundärluftpumpe"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384811
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384811 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384811 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384811 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fslsdyn
    "Faktor Dynamikbeschreibung Sekundärluftsystem"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x384911
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384911 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384911 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384911 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof1
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382BFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382BFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382BFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382BFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof2
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382C0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof3
    "Filterwert Segmentabweichung"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382C1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof4
    ""
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382C2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsof5
    ""
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x382C3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382C3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382C3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382C3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst0_w
    "Vorgesteuerter Startfaktor 16 Bit"
    UWORD
    fak_uw_b64
    1
    100
    0.00
    63.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst1tog_w
    "Ölfüllstand im 1. Zeitfenster"
    UWORD
    t_500msxs_q0p5no100
    1
    100
    100.0000
    32867.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst2tog_w
    "Ölfüllstand im 2. Zeitfenster"
    UWORD
    t_500msxs_q0p5no100
    1
    100
    100.0000
    32867.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst3tog_w
    "Ölfüllstand im 3. Zeitfenster"
    UWORD
    t_500msxs_q0p5no100
    1
    100
    100.0000
    32867.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst4tog_w
    "Ölfüllstand im 4. Zeitfenster"
    UWORD
    t_500msxs_q0p5no100
    1
    100
    100.0000
    32867.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fstt
    "Fuellstand Kraftstofftank"
    UBYTE
    vol_q1_l
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38069C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38069C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38069C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38069C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsttog_w
    "Füllstand, Zwischenspeicher (Wartungsintervallverlängerung)"
    UWORD
    t_q0p5o100ms
    1
    100
    100.0000
    32867.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384ACC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ACC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ACC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ACC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fst_w
    "Faktor Starteinspritzung"
    UWORD
    fak_uw_b64
    1
    100
    0.00
    63.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fsu_w
    "Faktor Saugrohrumschaltung"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3812DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fswares
    "Erkennungsschwellwert Schlechtwegstrecke (aus einer KL)"
    UBYTE
    acc_ub_b55p55
    1
    100
    0.00
    55.34

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380563
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380563 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380563 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380563 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftadmste
    "Bewrtungsfaktor für Absteuern des TEV bei dynamischer Vorgänge"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A97
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A97 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A97 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A97 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftanwubka
    "Faktor Korrektur Tasverhältnis Nockenwelle f(ub),  Auslaß"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B0C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B0C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftanwubke
    "Faktor Korrektur Tasverhältnis Nockenwelle f(ub) Einlass"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380AF3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftbr
    "Faktor Temperaturkorrektur im Brennraum"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftbr_w
    "Faktor Temperaturkorrektur im Brennraum"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadf
    "gefilteter Faktor Tankentlüftungs-Adaption"
    SBYTE
    fak_sb_q0p5
    1
    100
    -64.00
    63.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384957
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384957 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384957 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384957 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteadf_w
    "gefilteter Faktor Tankentlüftungs-Adaption"
    SWORD
    fak_q0p00195
    1
    100
    -64.00000
    63.99805

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftead_w
    "Faktor Tankentlüftungs-Adaption"
    SWORD
    fak_sw_b64
    1
    100
    -64.00000
    63.99805

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefsold_w
    "Letzter Sollwert der Spülrate Tankentlüftung vor Absteuerung"
    UWORD
    fak_uw_b0p5
    1
    100
    0.00
    0.4999924

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefsoll_w
    "Sollwert der Spülrate Tankentlüftung"
    UWORD
    fak_uw_b0p5
    1
    100
    0.00
    0.4999924

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefva
    "Spülrate der Tankentlüftung"
    UBYTE
    fak_ub_b0p5
    1
    100
    0.00
    0.4980

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A98 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A98 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefvab
    "Begrenzungswert der Spülrate Tankentlüftung"
    UBYTE
    fak_ub_b0p03125
    1
    100
    0.00
    0.03113

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x384958
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384958 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384958 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384958 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefvamx_w
    "max. Spülrate (Begrenzung absolut, 16 bit)"
    UWORD
    fak_uw_b0p5
    1
    100
    0.00
    0.4999924

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftefva_w
    "Spülrate Tankentlüftung"
    UWORD
    fak_uw_b0p5
    1
    100
    0.00
    0.4999924

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftek2_w
    "Korrekturfaktor für effektive Einspritzzeit, Bank 2"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381316
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381316 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381316 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381316 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftek_w
    "Korrekturfaktor für effektive Einspritzzeit"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381318
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381318 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381318 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381318 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fteml
    "Aufsteuergeschwindigkeit der Spülrate und des Massenstroms TEV"
    UBYTE
    perio_ub_b0p012207
    1
    100
    0.00
    0.0121593164

    
    FORMAT "%12.10"
    
    ECU_ADDRESS 0x384959
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384959 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384959 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384959 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fthozs_w
    "Faktor Korrektur Höhe und Temperatur"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftho_w
    "Faktor Korrektur Höhe und Temperatur"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftineo_w
    "Faktor Einspritzzeit nach Einlaßventil öffnen"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftkhx2_w
    "Temperatureinfluß im LSU-Sechskant durch kalten Motor, Bank 2"
    SWORD
    fak_q0p00347_JsK
    1
    100
    -113.7778
    113.7743

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384BFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftkhx_w
    "Temperatureinfluß im LSU-Sechskant durch kalten Motor"
    SWORD
    fak_q0p00347_JsK
    1
    100
    -113.7778
    113.7743

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftklra_w
    "Korrekturfaktor für temperaturabhängigen Adaptionsfaktor"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftnwa
    "Faktor Temperaturkompensation Tastverhältnis Auslaß"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B0D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B0D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B0D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B0D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftnwe
    "Faktor Temperaturkompensation Tastverhältnis Einlaß"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsdrl
    "Faktor Lastdynamik zur Schließzeitberechnung"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsdyn
    "Faktor Drehzahldynamik zur Schließzeitberechnung"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsr
    "Korrekturfaktor Lufttemperatur im Saugrohr"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftsub
    "Faktor Batterieabhängigkeit bei Schließzeitberechnung"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftu
    "Faktor Temperatur Umgebung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftvdk
    "Korrekturfaktor Temperatur vor Drosselklappe"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380757
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380757 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380757 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380757 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ftw
    "Faktor Temperaturgewichtung tmot, tans"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubaanz
    "Anzahl der Funkenpakete Funkenbandzündung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B58 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B58 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubaanz_i
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF212
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF212 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF212 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF212 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fubkor_w
    "U_bat Tastverhältnis-Korrekturfaktor in %HRLSU"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fuedkLocalBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380759
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380759 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380759 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380759 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukabak_w
    "ÜK-Adaptionsfaktor (kalter Motor) BA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3838D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukabaw_w
    "ÜK-Adaptionsfaktor (warmer Motor) BA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3838D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukaba_w
    "ÜK-Adaptions-Faktor BA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukavak_w
    "ÜK-Adaptionsfaktor (kalter Motor) VA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3838DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukavaw_w
    "ÜK-Adaptionsfaktor (warmer Motor) VA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3838DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fukava_w
    "ÜK-Adaptions-Faktor VA"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrlro_w
    "Rohwert für Faktor systembezogene Umrechnung Druck auf Füllung"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrluk_w
    "Faktor systembezogene Umrechnung Druck auf Füllung (16-Bit) unkorrigiert"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fupsrl_w
    "Faktor systembezogene Umrechnung Druck auf Füllung (16-Bit)"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384C80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furla_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grundwert) bei Auslaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furle_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (Grundwert) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlsua_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell.(bei SU) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    furlsue_w
    "Umrechnungsfaktor von ps->rl abhängig von NW-Verstell. (bei SU) bei Einlaß-NW"
    UWORD
    rel_uw_b0p3
    1
    100
    0.00
    0.2999954

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3811D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvaklw_w
    "Faktor K- und L-Anteil der ÜK bei VA, gewichtet lambdaabhängigem Faktor fvaladif"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3814DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvakl_w
    "Faktor K- und L-Anteil der ÜK bei VA"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvaladif
    "Wichtungsfaktor Verzögerungsabmagerung bei Labdaist > 1.0"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3807A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvans
    "Nachstartfaktor der ÜK bei VA"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvavst_w
    "Faktor ÜK-Verstellung bei Verzögerungsabmagerung"
    SWORD
    fak_sw_b256
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvermte_w
    "Faktor Vermischung Regeneriergas im Saugrohr"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvisrm_w
    "Faktor Verstärkung Integrator Saugrohrmodell"
    UWORD
    p_uw_b32
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384C82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fvst_w
    "Faktor Vorsteuerung"
    UWORD
    fak_uw_b64
    1
    100
    0.00
    63.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381308
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381308 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381308 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381308 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwe
    "Faktor Wiedereinsetzen"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38079C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38079C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38079C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38079C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fweemrfa
    "Wichtungs-Faktor f.  Winkel Einspritzende bei  max. Fahrerwunschmoment"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.000

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xCA7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCA7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCA7E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCA7E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fweemrfah
    "Wichtungs-Faktor über Höhe f. Winkel ES-Ende bei max. Fahrerwunschmoment"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.000

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xCA7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCA7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCA7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCA7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fweg
    "maximaler Faktor Wiedereinsetzmehrmenge"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF32E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF32E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF32E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF32E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez0
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 1"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF32F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF32F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF32F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF32F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez1
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF330 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF330 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez2
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 3"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF331
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF331 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF331 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF331 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez3
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 4"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF332
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF332 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF332 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF332 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez4
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 5"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF333
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF333 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF333 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF333 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwez5
    "Faktor Wiedereinsetzmenge zylinderindividuell Zyl. 6"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF334
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF334 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF334 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF334 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwfkorr_w
    "Faktor Wandfilm Korrektur"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwkati_w
    "Faktor Wichtung Nachstartkorrektur über anzti"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381304 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381304 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwl
    "Faktor Warmlauf"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380768 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380768 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwlrl
    "Faktor Warmlauf lastabhängiger Anteil"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380769
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380769 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380769 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380769 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwmifabg
    "Überhöhungsfaktor für Momenten-Änderungsbegrenzung"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwmifal
    "Überhöhungsfaktor Füllungspfad bei Lastschlagdämpfung"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwmlhfm_w
    "gewichteter MLHFMMN in Abhängigkeit von Faktor Höhe"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwnsnw_w
    "Faktor Wichtung Nachstartfaktor in Abhängigkeit von der Nockenwellenverstellung"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwnwvs_loc
    ""
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwnwvs_w
    "Faktor zur Wichtung der Nockenwellenverstellung zwischen Ein- und Auslaßseite"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3811D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwprs_w
    "Faktor Preadiktionswinkel bezogen auf Segment"
    UWORD
    fak_uw_b32
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381332
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381332 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381332 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381332 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwwlnw
    "Faktor Wichtung Warmlauffaktor in Abhängigkeit von der Nockenwellenverstellung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fwzlsd
    "Reduktionsfaktor Zeitkonstante Lastschlagdämpfung"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384942
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384942 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384942 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384942 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzabgs_w
    "Fehlerzähler Summe, zählt abgasrelevante Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzabg_w
    "Aussetzerzähler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380DEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzans1_w
    "Konstante für Abregelung des Nachstarts"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381306
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381306 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381306 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381306 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzarv_w
    "Fehlerzähler, zählt Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzdash
    "Faktor Zeitkonstante Dashpot"
    UBYTE
    rfak_q0p5
    1
    100
    0.501961
    128.000

    
    FORMAT "%7.3"
    
    ECU_ADDRESS 0x384943
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384943 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384943 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384943 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats1_w
    "Fehlerzähler Summe Bank 1, zählt katschädigende Aussetzer über alle Zyl. Bank 1"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats2_w
    "Fehlerzähler Summe Bank 2, zählt katschädigende Aussetzer über alle Zyl. Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkats_w
    "Fehlerzähler Summe, zählt katschädigende Aussetzer über alle Zylinder"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzkat_w
    "Fehlerzähler Zdg.  x, zählt kat.schädigende (gewichtete) Aussetzer an Zündung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380E02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzmd
    "Fehlerzähler Zündung [i] bei Dauerlauf"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x383434
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383434 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383434 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383434 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    fzwmn_w
    "Abregelfaktor Spätwinkel im Nachstart"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381E8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    f_flags_uc
    "Byte für Status-Bits im Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    f_flags_um
    "Byte für Status-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    g1korr
    "Korrekturfaktor für Reglerparameter G1"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384949
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384949 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384949 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384949 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangauti
    "bei Automatikgetriebe über CAN empfangener aktueller Gang"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangautic
    "Ganginformation aus der CAN-Botschaft Getriebe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangauti_c
    "bei Automatikgetriebe über CAN empfangener aktueller Gang"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38050C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38050C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38050C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38050C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangi
    "Ist-Gang"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangist
    "Ist-Gang"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gangllr
    "Ganginformation zur Berechnung der Leerlaufdrehzahl"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384939
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384939 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384939 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384939 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gaptooth
    "Stand des Zahnzählers zur Lückenabfrage"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A9 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A9 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    genlrc
    "Generator Load Response Motor (CAN)"
    UBYTE
    t1sxs_q3
    1
    100
    0.00
    765.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggcegsNvBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382992 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382992 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggdpgBitsKgs
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GgdsasNvBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFGRHlokbits0
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFGRHlokbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFGRHlokbits2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGFSTbits
    "Bit-Basis fuer NC-Variablen in der GGFST"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuAusBits10ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuAusBitsKoop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A56 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A56 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuLokBits10ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4AD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4AD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ggrtlsuLokBitsKoop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A57
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A57 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A57 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A57 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    GGUBRausbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380682
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380682 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380682 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380682 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    grundwert
    "Abstand SW-Bezugsmarke zu OT in °KW"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwdkdlr_w
    "Änderung des Drosselklappen-Sollwinkels, Betrag für Kennlinieneingang"
    SWORD
    relDK_q0p00152
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF312
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF312 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF312 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF312 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwdk_kge
    "Änderung des Drosselklappen-Sollwinkels, Betrag für Kennlinieneingang"
    UWORD
    relDK_q0p00152
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381176
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381176 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381176 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381176 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwhpos
    "Getriebe-Wählhebelposition"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    gwhpos_c
    "Getriebe-Wählhebelposition aus der Bot. Getriebe 1 (nicht plausibilisiert)"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38050D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38050D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38050D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38050D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuAusBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuAusBits_2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    hrlsuLokBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF408
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF408 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF408 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF408 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfob
    "Index: Kennzeichnet den aktuellen KF-Bereich (Drehz., Last)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380543
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380543 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380543 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380543 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfofl
    "Index: Kennzeichnet den aktuellen Unterbereich (fuel-off Adaption)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfofn
    "Drehzahlindex für Drehzahlbereich der fuel-off Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38053E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38053E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38053E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38053E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfol
    "Index: Kennzeichnet den aktuellen Unterbereich"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380544
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380544 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380544 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380544 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfomi
    "Momentenindex für Betriebsbereich der fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380545
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380545 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380545 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380545 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    idxfon
    "Drehzahlindex für Betriebsbereich der fuel-on Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380546
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380546 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380546 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380546 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iftkavx2_w
    "Fettflächenschwelle = f(tikatm2_w,avkatf2), Bank 2"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38558E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iftkavx_w
    "Fettflächenschwelle = f(tkivkm_w,Alterungsfaktor, [tkihkm_w])"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385590
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385590 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385590 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385590 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ignDelayCtr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF213
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF213 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF213 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF213 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ignitioz_w
    "Anzahl Zündung, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    igod_w
    "Integratorgradient für Nulltest-Diagnose Klopfregelung"
    SWORD
    tknockintgrad_sy
    1
    100
    -3051.520
    3051.427

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38162C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    igokr_w
    "Integratorgradient für Offsetkorrektur Klopfregelung (Word)"
    SWORD
    tknockintgrad_sy
    1
    100
    -3051.520
    3051.427

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38162E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iintpid2_w
    "Initialisierungswert für den Integrator INTPID2 des PID-Reglers, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    99.99695

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xD02C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD02C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD02C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD02C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iintpid_w
    "Initialisierungswert für den Integrator INTPID des PID-Reglers"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    99.99695

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xD02E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD02E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD02E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD02E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakdiff_w
    "Abweichung des invertierten, gefilterten Faktors Gemischkorrektur"
    SWORD
    fak_q0p000488
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakormf_w
    "Invertierter, gefilterter Wert des Faktors Gemischkorrektur"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikakreff_w
    "Referenzwert des invertierten, gefilterten Faktors Gemischkorrektur"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikr
    "Integratorwert Klopfregelung offsetkorrigiert"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xC000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC000 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC000 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrma
    "Integratorwert Klopfregelung Meßfensteranfang"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrme
    "Integratorwert Klopfregelung Meßfensterende"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xC008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC008 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC008 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrmen
    "Integratorwert Klopfregelung Meßfensterende Nulltest"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrmet
    "Integratorwert Klopfregelung Meßfensterende Testimpuls"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikrrkr_wert
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38090A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikr_kek_wert
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38090B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ikr_tst
    "Integratorwert Klopfregelung offsetkorrigiert rollierend mit Zyl.zähler"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmlka2_w
    "Integrator Fettfläche für Katalysator-Ausräumen, Bank 2"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmlka_w
    "Integrator Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmltkx2_w
    "Ausgang Kennlinie ILMLKAXTK2"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385592
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385592 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385592 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385592 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ilmltkx_w
    "Ausgang Kennlinie ILMLKAXTK"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385594
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385594 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385594 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385594 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatm
    "integr. Luftmassenfluss ab Motorstart bis Max.wert"
    UBYTE
    m_ub_b23p3
    1
    100
    0.00
    23.21

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38485B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatmst_w
    "aufintegr. Luftmasse im Start"
    UWORD
    m_uw_b23p3
    1
    100
    0.00
    23.30133

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatmw_w
    "Dauer-RAM integr. Luftmassenfluss bei Abstellen"
    UWORD
    m_uw_b23p3
    1
    100
    0.00
    23.30133

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlatm_w
    "integr. Luftmassenfluss ab Startende bis max. Wert, (Word)"
    UWORD
    m_uw_b23p3
    1
    100
    0.00
    23.30133

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlbbo
    "Integrator Luftmasse für Erkennung Benzin im Öl"
    UBYTE
    m_ub_b23p3
    1
    100
    0.00
    23.21

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38401A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlevab2_w
    "Luftmasse nach Zylinderausblendung für stetige Lambdaregelung, Bank 2"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlevab_w
    "Luftmasse nach Zylinderausblendung für stetige Lambdaregelung"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlfta2_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typa), Bank 2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlfta_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typa)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlftb2_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typ b), Bank 2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384044
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384044 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384044 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384044 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlftb_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU fett (Typ b)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384046
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384046 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384046 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384046 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlka2_w
    "Integrator Luftmasse für Katalysator-Ausräumen für Stereo-LR Bank 2"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlka_w
    "Integrator Luftmasse für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlkvszs_w
    "Zwischenspeicher: Luftmasse nach Auftreten eines DKVS Fehles bei leerem Tank"
    UWORD
    m_q0p00355
    1
    100
    0.00
    233.0133

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38405A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38405A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38405A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38405A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlkvs_w
    "Luftmasse nach Auftreten eines DKVS Fehles bei leerem Tank"
    UWORD
    m_q0p00355
    1
    100
    0.00
    233.0133

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllaka2_w
    "Integrator Fettfläche für Katalysator-Ausräumen, Bank2"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imllaka_w
    "Integrator Fettfläche für Katalysator-Ausräumen"
    UWORD
    m_uw_b291p25
    1
    100
    0.00
    291.2667

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmra2_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ a), Bank 2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmra_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ a)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmrb2_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ b), Bank 2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384048
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384048 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384048 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384048 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlmrb_w
    "Integrierte Luftmasse zum Setzen des Fehlers LSU mager (Typ b)"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38404A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38404A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38404A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38404A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlna2_w
    "Integrierte Luftmasse zum Setzen des Fehlers Sonde nicht aktiv, Bank 2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlna_w
    "Integrierte Luftmasse zum Setzen des Fehlers Sonde nicht aktiv"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0xC796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlplhe2_w
    "Integrierte Luftmasse zum Heilen/Zyklusflag setzen in der Funktion DPLLSU, B2"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlplhe_w
    "Integrierte Luftmasse zum Heilen/Zyklusflag setzen in der Funktion DPLLSU"
    UWORD
    m_q2p777Em5_kg
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlpr
    "Relatives Luftmassenintegral bei Katheizung"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3808E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlpr_w
    "Relatives Luftmassenintegral bei Katheizung (word)"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381610
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381610 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381610 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381610 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlrsa_w
    "Luftmasse nach SA für stetige Lambdaregelung"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlsla_w
    "Luftmassenintegral für Einbringen der Sekundärluft"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imlsle_w
    "Luftmassenintegral für Ende der Sekundärluft im Abgas"
    UWORD
    m_uw_b4660
    1
    100
    0.00
    4660.267

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    imsteini
    "Integral Massenstrom TEV nach längerem TE-Stop"
    UBYTE
    m_ub_q0p0444
    1
    100
    0.00
    11.32

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38495A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ini2cjx
    "Bedatung fürs Init2 Register CJ12x"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ini2cjx2
    "Bedatung fürs Init2 Register CJ12x, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inicjx
    "Bedatung fürs Init Register CJ12x"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    inicjx2
    "Bedatung fürs Init Register CJ12x, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intlash2_w
    "Integrator (Rampe) für Lambdasoll Test Schwingungsprüfung h. KAT Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    intlash_w
    "Integrator (Rampe) für Lambdasoll Test Schwingungsprüfung h. KAT"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    int_ctr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B62 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B62 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iokkr
    "Integratoroffsetkorrektur Klopfregelung"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3808FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipa_c_um
    "Fehlerzähler für unterer DK-Anschlag im ungültigen Bereich f. d. Funktionsüberw."
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipiprk2_w
    "Pumpstrom IP LSU 2, korrigiert um Referenzpumpstrom"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipiprk_w
    "Pumpstrom IP LSU, korrigiert um Referenzpumpstrom"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipkorp2_w
    "Pumpstrom IP LSU 2, druckkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipkorp_w
    "Pumpstrom IP LSU, druckkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipktk2_w
    "Pumpstrom IP LSU 2, temperaturkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipktk_w
    "Pumpstrom IP LSU, temperaturkorrigiert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iplsuvj2_w
    "Pumpstrom IP LSU2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38552A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iplsuvj_w
    "Pumpstrom IP LSU"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38552C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iprefanf
    "Referenzpumpstrom LSU"
    UBYTE
    dez
    1
    100
    0.00
    15.00

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384947
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384947 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384947 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384947 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iprefanf2
    "Referenzpumpstrom LSU 2"
    UBYTE
    dez
    1
    100
    0.00
    15.00

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384948
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384948 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384948 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384948 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iproh2_w
    "Pumpstrom IP LSU 2, Rohwert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iproh_w
    "Pumpstrom IP LSU, Rohwert"
    SWORD
    i_q1_uA
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ipsn_um
    "aktive DK-Istwertpoti-Info ohne unteren Anschlag für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    irspsyn
    "Index für Ringspeicheradressierung tsegrsp_w, nmotrsp_w, rlrsp_w"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380582
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380582 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380582 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380582 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUipoti1_w
    "ADC-Wert incl. Kanalnummer Drosselklappen-Istwert-Poti 1"
    UWORD
    DEZ
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF26E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF26E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF26E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF26E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUipoti2_w
    "ADC-Wert incl. Kanalnummer Drosselklappen-Istwert-Poti 2"
    UWORD
    DEZ
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF26A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF26A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF26A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF26A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUspoti1_w
    "ADC-Wert incl. Kanalnummer, Sollwertpoti 1"
    UWORD
    DEZ
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF260 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF260 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iUspoti2_w
    "ADC-Wert incl. Kanalnummer, Sollwertpoti 2"
    UWORD
    DEZ
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF25E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF25E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF25E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF25E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iver
    "Integratorverstärkung"
    UBYTE
    rel_q0p002383
    1
    100
    0.00
    0.6076

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivmxnwa
    "Initialisierung für max. Verstellgeschwindigkeit Nockenwellensteller  (Auslaß)"
    SBYTE
    kwgrad_q3p9
    1
    100
    -500.0
    496.1

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivmxnwe
    "Initialisierung für maximale Verstellgeschwindigkeit Nockenwellensteller Einlass"
    SBYTE
    kwgrad_q3p9
    1
    100
    -500.0
    496.1

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AF5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzabg_w
    "Intervallzähler für abgasrelevante Aussetzer (0-1000 KW-Umdr. bzw. 0-500 NW-Um.)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzaint_w
    "Intervallzähler für Freigabe ti-Abschaltung (0-200 Kw-Umdr.)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzarv_w
    "Intervallzähler für Aussetzer (0-60 KW-Umdr.), zur Ausblendung weiterer Funktion"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ivzkat_w
    "Intervallzähler für katschädigende Aussetzer (0-200 Kw-Umdr. bzw. 0-100 NW-Um.)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwmatm2_w
    "Wärmemenge für Kondenswasser-Taupunktende Abgas/Kat (word) bank2"
    UWORD
    q_q0p4551
    1
    100
    0.00
    29825.71

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    iwmatm_w
    "Wärmemenge für Kondenswasser-Taupunktende Abgas/Kat (word)"
    UWORD
    q_q0p4551
    1
    100
    0.00
    29825.71

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kakbmt
    "Korrekturwert der berechneten Kat-Amplitude abhängig von Luftmasse und Kat.-Temp"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38488C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kakbmt2
    "Korrekturwert der berechneten Kat-Amplitude, Bank2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38488D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbf
    "Signal nach Speicher normiert vergleichbar mit ushk"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38062F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38062F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38062F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38062F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbf2
    "Signal nach Speicher normiert vergleichbar mit ushk2 (stereo 2.Bank)"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380630 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380630 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbfi2_w
    "Sauerstoff-Anteil vor dem Speicher (Kat-Modell Stereo 2.Bank)"
    SWORD
    freq_sw_b512
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380FFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380FFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380FFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380FFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbfi_w
    "Sauerstoff-Anteil vor dem Speicher (Kat-Modell)"
    SWORD
    freq_sw_b512
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381000 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381000 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbfs
    "Signal nach Speicher (Kat-Modell)"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380631
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380631 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380631 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380631 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbfs2
    "Signal nach Speicher (Kat-Modell, Stereo 2.Bank)"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380632 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380632 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbftp
    "Signal nach Speicher normiert, tiefpaßgefiltert"
    UBYTE
    spg_ub_q0p0052
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380633
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380633 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380633 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380633 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbftp2
    "Signal nach Speicher normiert, tiefpaßgefiltert (Bank2)"
    UBYTE
    spg_ub_q0p0052
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380634 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380634 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbshd2_w
    "Signal für Fett-Verschiebung des Modells (Bank2)"
    SWORD
    mgrad_sw_b28p44
    1
    100
    -28.44444
    28.44358

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381002
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381002 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381002 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381002 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    katbshd_w
    "Signal für Fett-Verschiebung des Modells"
    SWORD
    mgrad_sw_b28p44
    1
    100
    -28.44444
    28.44358

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381004 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381004 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kbdkt2_w
    "Katbelastungssignal, Bank2"
    SWORD
    mgrad_sw_b28p44
    1
    100
    -28.44444
    28.44358

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381006
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381006 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381006 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381006 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kbdkt_w
    "Katbelastungssignal"
    SWORD
    mgrad_sw_b28p44
    1
    100
    -28.44444
    28.44358

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381008
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381008 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381008 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381008 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ke
    "Klopferkennungsschwelle aus Kennfeld"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x384912
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384912 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384912 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384912 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kek
    "Klopferkennungsschwelle korrigiert"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x38090C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38090C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38090C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38090C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kek_tst
    "Klopferkennungsschwelle korrigiert rollierend mit Zyl.zähler"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380914
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380914 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380914 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380914 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfgr_w
    "Verstärkungsfaktor FGR-Regler"
    UWORD
    rel_uw_b3200
    1
    100
    0.00
    3199.951

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfmdsmn_w
    "Schleppmoment bei Umgebungdruck"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfmds_w
    "Schleppmoment Drehzahl- und Lastabhängigkeit"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kfoelkbi_nmot
    ""
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38050E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38050E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38050E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38050E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    khc_w
    "Adaptierte HC-Konzentration Regenerierstrom"
    SWORD
    fak_sw_b2
    1
    100
    -2.000000
    1.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3855A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kifz_w
    "Verstärkung des Fahrzeugmodells"
    UWORD
    fak_uw_b4864
    1
    100
    0.00
    4863.926

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kinmx
    "Verstärkung Integralanteil der NMAX-Regelung"
    UBYTE
    relnmot_q0p01907
    1
    100
    0.00
    4.864

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klaf_kge
    "Kenngrößensource für KLAF"
    UWORD
    fak_uw_q0p001
    1
    100
    0.00
    65.53500

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381234 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381234 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klah
    "Kühlleistungsanhebung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klahc
    "Angeforderte Kühlleistungsanhebung über CAN"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804E7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klahtmsmx
    "Kühlleistungsanhebung bei Überschreitung der Motortemperaturschwellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384997
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384997 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384997 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384997 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    klah_c
    "Kühlleistungsanhebung aus der Bot. Getriebe 1 (nicht plausibilisiert)"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38050F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38050F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38050F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38050F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kldfpwm
    "Generatorsignal (Kl. DFM) als PWM-Signal filtriert"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF20C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF20C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF20C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF20C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kldfpwmf
    "Generatorsignal (Kl. DFM) als PWM-Signal tiefpassgefiltert"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38044F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kl_twstt_w
    "Ausgang Kennlinie TWSTT"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    km01tr
    "Triggersignal vom Kombi (Quantisierung 1km)"
    UWORD
    s_q1_km
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmdp1km_w
    "Zurückgelegte Fahrstrecke seit Fehlerspeicher Löschen oder Powerfail (1km/Ink.)"
    UWORD
    s_q1_km
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38403A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38403A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38403A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38403A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmp6km_w
    "Zurückgelegte Fahrstrecke seit powerfail  (6km/Ink.)"
    UWORD
    s_q6_km
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38403C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38403C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38403C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38403C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstand_l
    "Wegstrecke_km auf 1km genau"
    ULONG
    dez
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384AAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AAC 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AAC EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstand_w
    "Fahrstrecke des Fahrzeugs als Information über CAN"
    UWORD
    s_q6_km
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ABA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ABA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstl_w
    "Zurückgelegte Fahrstrecke über Fz-Lebensdauer (EEPROM-gesichert)"
    UWORD
    s_q6_km
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmstmil_w
    "Zurückgelegte Fahrstrecke mit MIL on"
    UWORD
    s_q1_km
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38403E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38403E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38403E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38403E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kmst_w
    "Zurückgelegte Fahrstrecke seit Powerfail"
    UWORD
    s_q6_km
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384040
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384040 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384040 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384040 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ko2vk2_w
    "Korrekturfaktor für Funktionspumstrom LSU aus Schubabgleich, Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381988 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381988 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ko2vk_w
    "Korrekturfaktor für Funktionspumstrom LSU aus Schubabgleich"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38198A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38198A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38198A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38198A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    korrfak
    ""
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral1w
    "aktueller Wert Last-Adaptionsbereich 1"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral2w
    "aktueller Wert Last-Adaptionsbereich 2"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kral3w
    "aktueller Wert Last-Adaptionsbereich 3"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krdwsw
    "aktueller KL-Wert der Sicherheitsspätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38093D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38093D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38093D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38093D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krfkw
    "Aktueller Wert aus KRFKN"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38093E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38093E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38093E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38093E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krftpakt
    "aktuelles Tiefpaßverhalten"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380915
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380915 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380915 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380915 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krivk2_w
    "Korrekturwert für den Innenwiderstand der Nernstzelle der LSU 2"
    SWORD
    r_q0p0391
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38391E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38391E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38391E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38391E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krivk_w
    "Korrekturwert für den Innenwiderstand der Nernstzelle der LSU"
    SWORD
    r_q0p0391
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x383920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383920 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383920 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krlzn
    "Bitmuster: zylinderindividuelle Drehzahlschwelle für LZF überschritten"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38093F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38093F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38093F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38093F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krmxw
    "aktueller Wert für Spätbegrenzung der Spätverstellung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380940
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380940 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380940 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380940 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krtmso
    "Gefilterte Klopfregeltiefe für Temperatur-Sollwertberechnung"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38499A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krvfsw
    "Initwert für schnelle Frühverstellung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380941
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380941 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380941 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380941 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    krvfw
    "Initwert für normale Frühverstellung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380942
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380942 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380942 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380942 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta0
    "Kaltstartanreicherung Bereich 0, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3829D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta0w
    "Kaltstartanreicherung Bereich 0, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380789
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380789 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380789 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380789 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta1
    "Kaltstartanreicherung Bereich 1, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3829D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta1w
    "Kaltstartanreicherung Bereich 1, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38078A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta2
    "Kaltstartanreicherung Bereich 2, gepuffert"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3829D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ksta2w
    "Kaltstartanreicherung Bereich 2, aktuell eingerechnet"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38078B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kstaa
    "Aktueller Startmengenadaptionsfaktor"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38078C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kswf
    "Kat.-Schutz-Wichtungsfaktoren, aus KFKSWFS(S)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380561
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380561 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380561 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380561 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ks_sym
    "Eingang des Klopfauswerte-IC"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xC010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC010 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC010 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kteev_w
    "Konzentration Regeneriergas im Saugrohr auf Höhe der Einspritzventile"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktetevvz_w
    "Konzentration Regeneriergas im Saugrohr verzögert"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktetev_w
    "Konzentration Regeneriergas im Saugrohr auf Höhe vom TEV"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktkvk2_w
    "Pumpstromkorrekturfaktor in Abhängigkeit der Keramiktemperatur der LSU, Bank 2"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381998 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381998 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktkvk_w
    "Pumpstromkorrekturfaktor in Abhängigkeit der Keramiktemperatur der LSU"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38199A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktvlue1
    "Rampen-Steigung bei  Veränderung des Lüftertastverhältnises im Nachlauf"
    SBYTE
    fak_sb_b127
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38499B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ktvlue2
    "Rampen-Steigung bei  Veränderung des Lüftertastverhältnises im Nachlauf"
    SBYTE
    fak_sb_b127
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38499C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvk2_w
    "Korrekturwert der LSU-Spannung vor Kat Bank2"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383916
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383916 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383916 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383916 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvkft2_w
    "Korrekturwert der LSU-Spannung vor Kat für Fettkennlinie, Bank 2"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383918
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383918 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383918 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383918 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvkft_w
    "Korrekturwert der LSU-Spannung vor Kat für Fettkennlinie"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38391A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38391A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38391A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38391A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kusvk_w
    "Korrekturwert der LSU-Spannung vor Kat"
    SWORD
    spg_q4p88Em4
    1
    100
    -16.00000
    15.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38391C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38391C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38391C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38391C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kvakbi_w
    "aufsummierter Kraftstoffverbrauch für Kombiausgabe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382106
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382106 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382106 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382106 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kvasumz_w
    "aufsummierter Kraftstoffverbrauch pro Zylinder"
    UWORD
    vol_uw_q0p5mm3
    1
    100
    0.00
    32767.50

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384ACE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ACE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ACE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ACE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kvasum_w
    "aufsummierter Kraftstoffverbrauch"
    UWORD
    vol_uw_q1mm3
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    kwp71_bits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380963
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380963 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380963 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380963 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    labbrm2_w
    "Soll-Lambda des Gesamtgases in befeuerten Zylindern, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381368 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381368 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    labbrm_w
    "Soll-Lambda des Gesamtgases in befeuerten Zylindern"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38136A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38136A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38136A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38136A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    labrgs2_w
    "Lambda-Sollwert der Mischung aus allen Zylindern, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38136C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38136C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38136C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38136C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    labrgs_w
    "Lambda-Sollwert der Mischung aus allen Zylindern"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38136E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38136E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38136E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38136E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladiff2_w
    "Regelabweichung Lambda;Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ladiff_w
    "Regelabweichung Lambda"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lahkmz
    "Zustandsbyte des Automaten: fr-synchrone Mittelung Pseodo-Lambda hinter Kat"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lahkmz2
    "Zustandsbyte des Automaten: fr-synchrone Mittelung Pseodo-Lambda h. Kat, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A6D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A6D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A6D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A6D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    LAKHlokBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lalsuvj2_w
    "Lambda-Istwert Bank2 für Scan Tool"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lalsuvj_w
    "Lambda-Istwert für Scan Tool"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamau_w
    "Lambda für Abgasuntersuchung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb1_uc
    "Lambdawert im Brennraum bei Lambdasplit (1.Bank) im Befehlstest"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A19
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A19 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A19 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A19 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb1_um
    "Lambdawert im Brennraum bei Lambdasplit (1.Bank) in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3802F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb2_uc
    "Lambdawert im Brennraum bei Lambdasplit (2.Bank) im Befehlstest"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamb2_um
    "Lambdawert im Brennraum bei Lambdasplit (2.Bank) in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p03125
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3802F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambas
    "Basis-Lambda"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380782 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380782 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambas_w
    "Lambda Basiswert (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38134A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38134A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38134A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38134A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambts2_w
    "Lambda für Bauteileschutz Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    LAMBTSlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lambts_w
    "Lambda für Bauteileschutz"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdiag2_w
    "Lambdasoll von Dignosefunktionen Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38134C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38134C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38134C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38134C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamdiag_w
    "Lambdasoll von Diagnosefunktionen"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38134E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38134E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38134E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38134E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamelsh2_w
    "Lambdasoll für elektrische Sondendiagnose hinter KAT (Kurztrip), Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380F1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamelsh_w
    "Lambdasoll für elektrische Sondendiagnose hinter KAT (Kurztrip)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380F1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfawkr_w
    "Lambdasoll Fahrerwunsch bei Zündwinkelspätverstellung KR, WL"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfaws_w
    "Lambdasoll Fahrerwunsch stationärer Anteil"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfaw_w
    "Lambdasoll Fahrerwunsch Anteil aus Kennfeld LAMFA"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfa_w
    "Lambdasoll Fahrerwunsch (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfrmv2_w
    "Lambdaabweichung aus Mittelwert Lambdaregelfaktor für Sonden-Vertauschung Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfrmv_w
    "Lambdaabweichung aus Mittelwert Lambdaregelfaktor für Sonden-Vertauschung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamfwl_w
    "Offset Motor-Lambda-Soll im Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhf2_w
    "Pseudolinearisietes Lambda hinter Kat, PT1-gefiltert,Bank2, Word"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhf_w
    "Pseudolinearisietes Lambda hinter Kat, PT1-gefiltert, Word"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhm2_w
    "fr-synchron gemittelter Pseudo Lambda-Istwert gem. mit Nernst-Sonde h.Kat,Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamhm_w
    "fr-synchron gemittelter Pseudo Lambda-Istwert gem. mit Nernst-Sonde h.Kat, Word"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamka2_w
    "Lambdasollwert Katausräumen, Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamka_w
    "Lambdasollwert Katausräumen"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkh2_w
    "Lambda-Motor-Soll bei Katheizen, Bank 2 (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381624 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381624 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhe2_w
    "Lambda-Motor-Soll bei Katheizen, effektiv, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381350 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381350 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhe_w
    "Lambda-Motor-Soll bei Katheizen, effektiv"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381352
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381352 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381352 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381352 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhg2_w
    "Lambda-Motor-Soll bei Katheizen (word) gewichtet mit flakh, Bank 2"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381626 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381626 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhg_w
    "Lambda-Motor-Soll bei Katheizen (word) gewichtet mit flakh"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhr2_w
    "Lambda-Motor-Soll resultierend bei Katheizen, Bank 2 (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkhr_w
    "Lambda-Motor-Soll resultierend bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamkh_w
    "Lambda-Motor-Soll bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38162A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38162A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38162A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38162A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlash2_w
    "Lambdasoll für Test Schwingungsprüfung hinter KAT Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlash_w
    "Lambdasoll für Test Schwingungsprüfung hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlgfmn
    "Lambda Motorlaufgrenze fett"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlgm
    "Laufgrenze ""Lambda mager"""
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlshv2_w
    "Lambdasoll für Test Sonden-Vertauschung hinter KAT Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamlshv_w
    "Lambdasoll für Test Sonden-Vertauschung hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamnswl_w
    "Lambda-Motor-Soll für Nachstart und Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamns_w
    "Lambda-Motor-Soll für Nachstart"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamrlmn_w
    "Lambdasollvorsteuerung zur Verbesserung der Brennbarkeit bei kleinem rl"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamruka2_w
    "Referenzlambda für Adaption Übergangskompensation Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381528
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381528 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381528 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381528 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamruka_w
    "Referenzlambda für Adaption Übergangskompensation"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38152A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38152A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38152A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38152A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lams2_w
    "Lambda-Sollwert, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381354
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381354 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381354 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381354 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsam2_w
    "Lambdaamplitude nach Filterung Bank 2"
    SWORD
    fak_q0p000244
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3810CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsam_w
    "Lambdaamplitude nach Filterung"
    SWORD
    fak_q0p000244
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3810CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg2_w
    "Lambdasoll Begrenzung (word) Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381356
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381356 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381356 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381356 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbguk
    "lamsbg_w zur KF-Adressierung in der ESUK"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbg_w
    "Lambdasoll Begrenzung (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381358
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381358 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381358 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381358 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbrs2_w
    "Soll-Lambda-Brennraum bezogen auf die Einbauort der Sonde (Bank 2)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381370 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381370 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsbrs_w
    "Soll-Lambda-Brennraum bezogen auf die Einbauort der Sonde"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381372
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381372 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381372 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381372 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsisa
    "Lambda Ist an Sonde Signalausgabe DLSSA, Bank 1"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsisa2
    "Lambda Ist an Sonde Signalausgabe DLSSA, Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsobk2_w
    "Basis-Lambda Istwert Bank2 korrigiert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsobk_w
    "Basis-Lambda Istwert korrigiert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsolh2_w
    "Pseudo Lambda-Sollwert hinter Kat, Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsolh_w
    "Pseudo Lambda-Sollwert hinter Kat"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonb2_w
    "Basis-Lambda Istwert Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonb_w
    "Basis-Lambda Istwert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonh2_w
    "Pseudo Lambda-Istwert gemessen mit Nernst-Sonde hinter Kat (word), Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsonh_w
    "Pseudo Lambda-Istwert gemessen mit Nernst-Sonde hinter Kat (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsoni2_w
    "Lambda-Istwert Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsoni_w
    "Lambda-Istwert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsons2_w
    "Lambda-Sollwert bezogen auf Einbauort Lambda-Sensor Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381374
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381374 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381374 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381374 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsons_w
    "Lambda-Sollwert bezogen auf Einbauort Lambda-Sensor"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381376
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381376 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381376 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381376 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsosa
    "Lambda Soll an Sonde Signalausgabe DLSSA, Bank 1"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsosa2
    "Lambda Soll an Sonde Signalausgabe DLSSA, Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamssok2_w
    "Lambda_Sonden-Sollwert nach Einrechnung des Eingriffs der Hinterkat-Regelung, B2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamssok_w
    "Lambda_Sonden-Sollwert nach Einrechnung des Eingriffs der Hinterkat-Regelung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsubg2_w
    "Lambdasoll unbegrenzt (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38135A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38135A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38135A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38135A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamsubg_w
    "Lambdasoll unbegrenzt (word)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38135C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38135C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38135C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38135C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lams_w
    "Lambda-Sollwert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38135E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38135E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38135E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38135E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamtrip2_w
    "gespeicherte Lambdaabweichung aus lamsbg_w Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamtrip_w
    "gespeicherte Lambdaabweichung aus lamsbg_w für Sonde hinter KAT"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384BC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamvoa2_w
    "Lambdavorsteuerung ohne additive Anteile"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381360
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381360 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381360 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381360 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamvoa_w
    "Lambdavorsteuerung ohne additive Anteile"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381362
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381362 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381362 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381362 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamwl_w
    "Lambda-Motor-Soll für Warmlauf"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamzak2_w
    "Lambdasondenistwert, korrigiert um Zusatzamplitude, Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lamzak_w
    "Lambdasondenistwert, korrigiert um Zusatzamplitude"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3819E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lanskh_w
    "Lambda-Motor-Soll im Nachstart bei Katheizen"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laoikrm2_w
    "Lambda im Krümmer nach Sekundärlufteinleitung ohne Zwangsampl., modelliert, B. 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381378
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381378 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381378 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381378 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laoikrm_w
    "Lambda im Krümmer nach Sekundärlufteinleitung ohne Zwangsamplitude, modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38137A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laontlm2_w
    "Lambda hinter Abgasturbolader ohne Modulation, modelliert, Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38137C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laontlm_w
    "Lambda hinter Abgasturbolader ohne Modulation, modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38137E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38137E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38137E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38137E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laonvkm2_w
    "Lambda hinter Vorkat ohne Modulation, modelliert, Bank 2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381380
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381380 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381380 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381380 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laonvkm_w
    "Lambda hinter Vorkat ohne Modulation, modelliert"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381382
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381382 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381382 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381382 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lasdslg2_w
    "Lambda-Abgas-Soll für Sekundärluftdiagnose Bank 2 gewichtet mit flamsl2"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lasdslg_w
    "Lambda-Abgas-Soll für Sekundärluftdiagnose gewichtet mit flamsl"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lasdsl_w
    "Lambda-Abgas-Soll für Sekundärluftdiagnose"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laskh_w
    "Lambda-Abgas-Soll bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lastmodz_w
    "Status letzter Modus im Durchlauf des Aussetzerprogrammes"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz100_w
    "Laufzeit 100ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385512
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385512 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385512 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385512 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz10m_w
    "Laufzeit 10ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38186A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38186A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38186A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38186A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz1m_w
    "Laufzeit 1ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3F8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3F8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz1s_w
    "Laufzeit 1000ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385514
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385514 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385514 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385514 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz200_w
    "Laufzeit 200ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385516
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385516 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385516 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385516 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz20m_w
    "Laufzeit 20ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38186C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38186C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38186C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38186C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz2m_w
    "Laufzeit 2ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3FA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3FA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz50m_w
    "Laufzeit 50ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385518 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385518 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufz5m_w
    "Laufzeit 5ms-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3FC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3FC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzbg_w
    "Laufzeit fuer Background-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38551A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzmbg_w
    "gemittelte Laufzeit fuer Background-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38551C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzmfa_w
    "Laufzeit MFA-Interrupt"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38186E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38186E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38186E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38186E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzsyn2_w
    ""
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    laufzsyn_w
    "Laufzeit Synchro-Task"
    UWORD
    runtime1_sy
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbts2_w
    "Lambda für Bauteileschutz aus Stationärkennfeld Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xCB02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbtsbg_w
    "Lambda für Bauteileschutz Begrenzung"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xCB04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbtsdy_w
    "Anfettung zum Bauteileschutz wegen Lastdynamik"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38150C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38150C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38150C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38150C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbtsubg2_w
    "Lambda für Bauteileschutz unbegrenzt,( Band2), Bank2"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xCB06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbtsubg_w
    "Lambda für Bauteileschutz unbegrenzt,( Band2)"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xCB08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbts_w
    "Lambda für Bauteileschutz aus Stationärkennfeld"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xCB0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCB0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCB0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCB0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lbz
    "Ladebilanz der Batterie"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38489F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ldfki_w
    "Ladedruck Filterzeitkonstante aus Kennfeld"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x38126E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38126E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38126E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38126E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    len_hiseg
    "Länge des letzten 'high' Phasensegmentes im Schnellstart"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    len_loseg
    "Länge des letzten 'low' Phasensegmentes im Schnellstart"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limax_w
    "LLR-Integrator-Maximalwert"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limin_w
    "LLR-Integrator-Minimalwert"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    limnst
    "LLR-Integrator-Minimalwert während Nachstart"
    UBYTE
    rel_ub_b24p9
    1
    100
    0.00
    24.90

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lkraw
    "aktueller Wert der Lastschwelle Klopfregel-Adaption"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lkrnew
    "Lastwert Zeitpunkt t"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381658
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381658 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381658 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381658 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lkrold
    "Lastwert Zeitpunkt t-dt"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38165A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lkrw
    "aktueller Wert der Lastschwelle Klopfregelung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384920 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384920 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lmskh_w
    "Lambda-Motor-Soll bei katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lmssl2_w
    "Lambda-Motor-Soll wegen Sekundärluft bei Kathezen, Bank 2"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lmssl_w
    "Lambda-Motor-Soll wegen Sekundärluft bei Katheizen (word)"
    UWORD
    fak_q0p000244
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lokBits_anwsea
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384989
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384989 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384989 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384989 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lokBits_enwsea
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384985
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384985 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384985 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384985 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lokBits_Tebeb
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38494E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrdtwl_w
    "Einschaltverzögerung Lambdaregelung bei Warmlauf"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385568 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385568 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrkaz
    "Zustandsbyte des Automaten Kat-Ausräumen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A84 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A84 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrkaz2
    "Zustandsbyte des Automaten Kat-Ausräumen für Stereo-LR Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnstat
    "Statusbyte DV-E-Adaption für Testerkommunikation"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnstep_c
    "Zähler für Lerndauer eines Lernsteps"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrntim_c
    "Zeitzähler für Wartezeit in den Lernschritten"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrnvb_c
    "Lernverbotszähler (Wartezeit)"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381140 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381140 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg12_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b32
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38554C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg1_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b32
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38554E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38554E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38554E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38554E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg22_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    UWORD
    fak_uw_b64_1
    1
    100
    0.00
    63.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385550
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385550 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385550 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385550 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg2_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b64_1
    1
    100
    0.00
    63.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385552
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385552 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385552 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385552 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg42_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b2_1
    1
    100
    -2.000000
    1.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385554
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385554 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385554 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385554 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsg4_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b2_1
    1
    100
    -2.000000
    1.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385556
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385556 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385556 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385556 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    LRSHKlokbits1_2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A72 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A72 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    LRSHKlokbits2_2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A74 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A74 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsinte2_w
    "Eingang des Integrators der stetigen Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b1_1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsinte_w
    "Eingang des Integrators der stetigen Lambdaregelung"
    SWORD
    fak_sw_b1_1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp12_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385558
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385558 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385558 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385558 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp1_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38555A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp22_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38555C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp2_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38555E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38555E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38555E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38555E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp32_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385560
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385560 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385560 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385560 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp3_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    UWORD
    fak_uw_b128_1
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385562
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385562 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385562 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385562 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp42_w
    "Interner Reglerkoeffizient stetige Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b64
    1
    100
    -64.00000
    63.99805

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385564
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385564 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385564 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385564 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsp4_w
    "Interner Reglerkoeffizient stetige Lambdaregelung"
    SWORD
    fak_sw_b64
    1
    100
    -64.00000
    63.99805

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385566
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385566 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385566 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385566 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrstza_w
    "Periodendauer Zwangsamplitude"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38145C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38145C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38145C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38145C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw12_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b4_1
    1
    100
    -4.000000
    3.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw1_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b4_1
    1
    100
    -4.000000
    3.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw22_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b4_1
    1
    100
    -4.000000
    3.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsw2_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b4_1
    1
    100
    -4.000000
    3.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk32_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk3_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk42_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsxk4_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy22_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy2_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy32_w
    "Interner Reglerzustand stetige Lambdaregelung; Bank2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3819FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy3_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy42_w
    "Interner Reglerzustand stetige Lambdaregelung;Bank2"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsy4_w
    "Interner Reglerzustand stetige Lambdaregelung"
    SWORD
    fak_sw_b8
    1
    100
    -8.000000
    7.999756

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyd2_w
    "D-Eingriff der stetigen Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyd_w
    "D-Eingriff der stetigen Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyi2_w
    "Integraleingriff der stetigen Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyi_w
    "Integraleingriff der stetigen Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyp2_w
    "Proportionaleingriff der stetigen Lambdaregelung, Bank 2"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsyp_w
    "Proportionaleingriff der stetigen Lambdaregelung"
    SWORD
    fak_sw_b1
    1
    100
    -1.000000
    0.9999695

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lrsza
    "Amplitude erzwungener Lambdamodulation"
    UBYTE
    fak_ub_b0p25
    1
    100
    0.00
    0.249023438

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x380785
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380785 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380785 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380785 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsukorp2_w
    "Faktor für Druckkorrektur LSU 2"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38552E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38552E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38552E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38552E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lsukorp_w
    "Faktor für Druckkorrektur LSU"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385530 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385530 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luarmn_w
    "Laufunruhe-Abstandsmass-Referenzwert Minimun"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luaroff_w
    "Laufunruhe-Abstandsmass-Referenzwert offset"
    UWORD
    luquant
    1
    100
    0.00
    323.3710

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luar_w
    "Laufunruhe-Abstandsmass-Referenzwert"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luelogin
    "Login für Lüftersteuerung über VAG-Tester"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38564C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lums_w
    "Laufunruhe-Mittelwert für Erkennung Mehrfachaussetzer, signed"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lunw_w
    "Laufunruhe über 1 NW-Umdr."
    UWORD
    luquant
    1
    100
    0.00
    323.3710

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurms_w
    "Laufunruhe-Referenzwert für Mehrfachaussetzererkennung, -> Vgl. mit Lum, signed"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lurs_w
    "Laufunruhe-Referenzwert, signed"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutskzyl_w
    "Laufunruhe-Testgröße, signed, korrigiert, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380DBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutsk_w
    "Laufunruhe-Testgröße, signed, korrigiert"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lutszyl_w
    "Laufunruhe-Testgröße, signed, Array über alle Zylinder"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380D9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    luts_w
    "Laufunruhe-Testgröße, signed"
    SWORD
    luquant
    1
    100
    -161.6879
    161.6830

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380DA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lws_w
    "Lenkwinkel"
    SWORD
    lw_sw_q0p04375
    1
    100
    -1434.044
    1434.000

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzist
    "Array: aktuelle Zuordnung führende - geführte Zylinder"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x382A08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A08 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A08 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzmaxnmot
    "Drehzahl waehrend maximaler Last"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x382AB7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzmaxrl
    "Relative Luftfuellung waehrend maximaler Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x382AB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzmaxstate
    "Bitbasis fuer Statusbits"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzmaxwdkba
    "Relativer Drosselklappenwinkel waehrend maximaler Last"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382ABA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzmaxwped
    "Relativer Fahrpedalwinkel waehrend maximaler Last"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x382ABB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_dash
    "Bedingung B_dash waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_kr
    "Bedingung B_kr waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_ldr
    "Bedingung B_ldr waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_lr
    "Bedingung B_lr waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_lsd
    "Bedingung B_lsd waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    lzs_sa
    "Bedingung B_sa waehrend maximaler Last aufgetreten"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x382AB9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6amsl
    "Mode 6 - Speicher: Anzahl Werteblöcke bei Prüfung Sekundärluftmasse"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cmsl
    "Mode 6 - Speicher: Component ID für Prüfung Sekundärluftsystem"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cmsl2
    "Mode 6 - Speicher: Component ID für Prüfung Sekundärluftsystem (Bank 2)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cmslv
    "Mode 6 - Speicher: Component ID für Prüfung Dichtheit Sekundärluftsystem"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6cmslv2
    "Mode 6 - Speicher: Component ID für Prüfung Dichtheit Sekundärluftsystem"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6smsl2_w
    "Mode 6 - Speicher: Schwellwert bei Prüfung Sekundärluftmasse, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6smslv2_w
    "Mode 6 - Speicher: Schwellwert bei Ventildichtheitsprüfung, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6smslv_w
    "Mode 6 - Speicher: Schwellwert bei Ventildichtheitsprüfung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6smsl_w
    "Mode 6 - Speicher: Schwellwert bei Prüfung Sekundärluftmasse"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wmsl2_w
    "Mode 6 - Speicher: Messwert Sekundärluftmasse bei SL-Einblasung, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wmslv2_w
    "Mode 6 - Speicher: Messwert Ventildichtheit, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wmslv_w
    "Mode 6 - Speicher: Messwert Ventildichtheit"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    m6wmsl_w
    "Mode 6 - Speicher: Messwert Sekundärluftmasse bei SL-Einblasung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382B34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabghks2_w
    "Abgasmassenstrom [kg/s] im Rohr vor Haupt Kat (Word), Bank 2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabghks_w
    "Abgasmassenstrom [kg/s] im Rohr vor Haupt Kat (Word), Bank 1"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabikrs2_w
    "Massenstrom Abgas im Krümmer in kg/s, Bank2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabikrs_w
    "Massenstrom Abgas im Krümmer in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnavs2_w
    "Abgasmassenstr. [kg/s] h. Auslassventilen korrigiert um Kraftstoffanteil, Bank 2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnavs_w
    "Abgasmassenstr. [kg/s] h. Auslassventilen korr. um Kraftstoffanteil, Bank 1"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnhks2_w
    "Massenstrom Abgas nach Hauptkatalysator in kg/s, Bank 2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnhks_w
    "Massenstrom Abgas nach Hauptkatalysator in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384B9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnvks2_w
    "Massenstrom Abgas nach Vorkatalysator in kg/s, Bank 2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabnvks_w
    "Massenstrom Abgas nach Vorkatalysator in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvhks2_w
    "Massenstrom Abgas vor Hauptkat in kg/s, Bank2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvhks_w
    "Massenstrom Abgas vor Hauptkat in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvvks2_w
    "Massenstrom Abdas vor Vorkat in kg/s (Bank2)"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mabvvks_w
    "Massenstrom Abgas vor Frontkat in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    maxError
    "Max Error DKMTR aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    md3lf_w
    "Lüftermoment bei Elektrolüfter mit PWM-Ansteuerung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdatxm_w
    "Drehmomentaufnahme des Wandlers bei B_fs = false"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdbes_w
    "Beschleunigungsmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    MDBGRGlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mddlws_w
    "Lastmoment abhängig vom Lenkwinkelgradient"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdel_w
    "Momentenaufnahme elektrische Verbraucher"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    MDFAWlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdfaw_bits
    "Flagbyte für %MDFAW"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgbeg
    "Momentengradientenbegrenzung durch Getriebe"
    UBYTE
    md_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3804E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgbeg_c
    "Momentengradientenbegrenzung durch Getriebe (nicht plausibilisiert)"
    UBYTE
    md_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380510
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380510 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380510 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380510 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgen_w
    "Generatormoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdgrad_w
    "Momentengradientenbegrenzung durch Getriebe"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdif_w_uc
    "Differenz zwischen zulässigem und Ist-Moment im Befehlstest"
    SWORD
    rel_ub_q0p3906
    1
    100
    -12800.00
    12799.61

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdif_w_um
    "Differenz zwischen zulässigem und Ist-Moment in der Funktionsüberwachung"
    SWORD
    rel_ub_q0p3906
    1
    100
    -12800.00
    12799.61

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdindg_w
    "indiziertes Motormoment Hochdruckphase wenn alle Zylinder befeuert"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdkoini
    "Kompressormoment beim Einschalten"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38493F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdko_w
    "Momentenaufnahme Klimakompressor"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdlfs_w
    "Momentenaufnahme des Motorlüfters"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdlws_w
    "Lastmoment abhängig vom Lenkwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsasg_w
    "Motor-Schleppmoment bei  Getriebesynchronisationsdrehzahl"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38181A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38181A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38181A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38181A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsh_w
    "Höhenabhängiger Anteil Schleppmoment"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdslpf_w
    "Momentenaufnahme der Sekundärluftpumpe"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdslw_w
    "Verlustmoment: Ladungswechsel"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsmn_w
    "Motorverlustmoment ohne Ladungswechselarbeit"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdsm_w
    "Schleppmoment Temperatur-Anteil"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdssta_w
    "Motortemperaturabhängiger Anteil nach Start für Schleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdst08_uc
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38189C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38189C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38189C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38189C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdst08_um
    "Stützstelle für Momenten-Info (MZ_UM) zur Ermittlung des Momenten-Offsets in FU"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38032E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38032E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38032E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38032E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdswl_w
    "Verbrauchermoment: Servolenkung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mds_w
    "Motorschleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    MDVERADlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    MDVERADlokbits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverb
    "Momentenbedarf der Nebenaggregate"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverbmx_w
    "Maximales Motor-Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverb_w
    "Momentenbedarf der Nebenaggregate"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverf_w
    "Gefiltertes Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverlc
    "Verlustmoment für CAN-Ausgabe"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverlp_w
    "Prädiziertes Verlustmoment bei Synchronisationsdrehzahl"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38181C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38181C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38181C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38181C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdverl_w
    "Motor-Verlustmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdvervf_w
    "ungefiltertes Verlustmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3817D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwancan
    "Drehmomentaufnahme des Wandlers über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwancb_w
    "Drehmomentaufnahme des Wandlers über CAN nach Begrenzung"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwange1
    "Getriebeverlustmoment aus Botschaft Getriebe1"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwange1_c
    "Getriebeverlustmoment aus Botschaft Getriebe1 (nicht plausibilisiert)"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380511
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380511 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380511 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380511 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwange3
    "Getriebeverlustmoment aus Botschaft Getriebe3"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwanvf_w
    "Drehmomentaufnahme des Wandlers vor Filterung"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mdwan_w
    "Drehmomentaufnahme des Wandlers"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3816C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfgr_uc
    "Momentenwunsch aus der Fahrgeschwindigkeitsregelung im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mfgr_um
    "Momentenwunsch aus der Fahrgeschwindigkeitsregelung für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasgdt1_w
    "dt1-Anteil für Füllungspfad"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38181E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38181E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38181E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38181E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasgpl_w
    "langsamer P-Regleranteil"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasgp_w
    "ASG-Momenteneingriff ohne Begrenzung"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasgvor_w
    "ASG- oder Automatikgetriebe mit Drehzahlregler-Momenteneingriff Vorsteuerung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrllk
    "indiziertes Soll-Motormoment für langsamen ASR-Eingriff"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrl_can
    "Anforderung ""langsamer ASR-Eingriff"" über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380512
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380512 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380512 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380512 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrl_w
    "Indiziertes Soll-Motormoment ASR für langsamen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrslk
    "indiziertes Soll-Motormoment für schnellen ASR-Eingriff"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrs_can
    "Anforderung ""schneller ASR-Eingriff"" über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380513
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380513 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380513 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380513 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miasrs_w
    "Indiziertes Soll-Motormoment ASR für schnellen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miatbgr_w
    "Momentenbegrenzung bei zu hoher Abgastemperatur"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgetc
    "Istmoment für Getriebe (CAN-Ausgabe)"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautget_w
    "Motormoment ohne Getriebeeingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgsc
    "Sollmoment Für Getriebe (CAN-Ausgbae)"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miautgs_w
    "Motorsollmoment ohne Getriebeeingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibas_w
    "indiziertes Basis-Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibdp_w
    "indiziertes Soll-Motormoment Dashpot"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibeg_w
    "Begrenzungsmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrbr_w
    "begrenztes Moment aus Bremsanforderung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrg_w
    "gangabhängige Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrl_w
    "indiziertes soll-Moment für Momentbegrenzung Luftpfad"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgrtm_w
    "begrenztes Moment aus Motortemperaturregelung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibgr_w
    "begrenztes soll-Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miblsd_w
    "Begrenztes indiziertes Moment aus Lastschlagdämpfung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mibrmx_w
    "Maximal zulässiges Moment bei betätigter Bremse"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    midmd
    "Referenzmoment für Aussetzererkennung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380533
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380533 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380533 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380533 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    midmd_w
    "Referenzmoment für Aussetzererkennung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380D42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miecges_w
    "Indiziertes Soll-Motormoment bei fehlende Getriebe Botschaften"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miecgmx_w
    "begrenzte Moment in verlängerten Abwesenheit von der Getriebe Botschaften"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miekpbgr_w
    "Momentenbegrenzung durch Ausfall EKP"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mierrcan_w
    "begrenztes Moment in verlängerter Abwesenheit von Getriebe Botschaften aus KF"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miext_w
    "von außen (ASR, GS, usw.) angefordertes indiziertes Motormoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa
    "indiziertes Motormoment Fahrerwunsch"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifabg_w
    "Gradientenbegrenztes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifab_w
    "Begrenztes indiziertes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifafu_w
    "Fahrermomentenwunsch für Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifakh_w
    "indiziertes Motormoment für Katheizen"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifak_w
    "Inneres Fahrerwunschmoment korrigiert um temperaturabhängiges Schleppmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifali_w
    "Ini-Wert des indizierten Fahrerwünschmomentes für Lufteingriff bei Dashpot"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifal_w
    "Indiziertes Fahrerwunschmoment für Momentenkoordination Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38174A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38174A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38174A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38174A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifamx_w
    "maximales indiziertes Motormoment Fahrerwunsch im PWG-Notfahren"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384C5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa_bt
    "Indiziertes Fahrerwunschmoment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifa_w
    "indiziertes Motormoment Fahrerwunsch"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38174C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38174C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38174C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38174C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mifroz_w
    "Indiziertes Soll-Motormoment bei fehlender Getriebe Botschaft"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migef_w
    "Gefiltertes indiziertes Fahrerwunschmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38174E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38174E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38174E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38174E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miges_w
    "Indiziertes Soll-Motormoment für Getriebeschutz"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migsc_w
    "Indiziertes Soll-Motormoment GS für schnellen Eingriff vom CAN"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migsleg_w
    "Inneres Soll-Motormoment zur Füllungsbegrenzung aus der %GGCEGS"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migsl_w
    "Inneres Soll-Motormoment zur Füllungsbegrenzung bei GSf"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migssc_w
    "Indiziertes Soll-Motormoment GS für schnellen Eingriff, über CAN"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migszc_w
    "Moment bei dynamischem Getriebe-Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migs_c
    "indiziertes Soll-Motormoment aus Getriebebotschaft (CAN)"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380514
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380514 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380514 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380514 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migs_can
    "Indiziertes Sollmoment für Getriebeeingriff (CAN-Signal)"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    migs_w
    "Indiziertes Soll-Motormoment GS für schnellen Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miistc
    "indiziertes Motormoment Hochdruckphase Istwert für Ausgabe auf CAN-Bus"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miistoar_w
    "Istmoment ohne Antiruckel-Anteil"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miist_w
    "indiziertes Motormoment Hochdruckphase Istwert"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milactsfc
    "Anzahl words im Word-/bit-Array zur Ansteuerung der MIL aus Sonderfunktion"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384848 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384848 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milactsf_w
    "Word-/bit-Array zur Ansteuerung der MIL aus Sonderfunktion"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 12
    ECU_ADDRESS 0x384B22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mill_w
    "Indiziertes Motormoment im Leerlauf"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milres_w
    "Momentenanforderung für Luftpfad mit allen Reserven"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milsol_w
    "koordiniertes Moment für Füllung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milstat
    "bit container, Status des DMIL-Moduls"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384842 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384842 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milstate_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    milstatnov
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384002
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384002 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384002 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384002 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimax_w
    "maximal erreichbares indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miminds_w
    "gewichtetes Verlustmoment bei ASG"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimins_w
    "minimales Schubmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimin_w
    "Minimales Motor-Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimnl_w
    "indiziertes Moment aus Minimumauswahl des Luftpfades"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimn_w
    "inneres Moment, betriebsartabhängige untere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38180A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38180A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38180A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38180A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsrlk
    "MSR-Eingriffsmoment"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsr_can
    "MSR-Wunsch über CAN"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380515
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380515 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380515 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380515 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimsr_w
    "Indiziertes Soll-Motormoment MSR"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimxl1_w
    "Maximales optimales Moment bei Lambda = 1"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mimx_w
    "inneres Moment, betriebsartabhängige obere Grenze"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38180C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38180C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38180C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38180C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minbeg_w
    "Indiziertes Fahrerwunschmoment nach Änderungsbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minError
    "Min Error DKMTR aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minmx_w
    "Momentenanforderung der Drehzahlbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    minzahn
    "Minimale Zahnzahl ab TR-Marke ab dem Zündereignis stattfinden kann"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF214
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF214 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF214 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF214 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptl1n_w
    "normiertes optimales ind. Motormoment bei Lambda=1"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mioptl1_w
    "optimales indiziertes Motormoment bei Lambda = 1"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_uc
    "optimales indiziertes Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A1B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_um
    "optimales indiziertes Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miopt_w
    "optimales indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misfirez_w
    "Anzahl Aussetzer, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgelok_w
    "Indiziertes Soll-Motormoment bei fehlender Getriebe Botschaft (Zwischenwert)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgscpl_bt
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381882
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381882 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381882 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381882 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgscpl_w
    "Komplement zu miasg_w für Überwachung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgseg_w
    "Inneres Soll-Motormoment aus der %GGCEGS für Drehzahlsynchronisation bei Getrieb"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgsleg_w
    "Inneres Soll-Motormoment luftseitig für Drehzahlsynchr. aus der %GGCEGS"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380CE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgslm_w
    "Sollmoment; zulässige Betriebsart bei Drehzahlsynchr. Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38182A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38182A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38182A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38182A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgsl_w
    "Inneres Soll-Motormoment luftseitig für Drehzahlsynchr. bei Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38182C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38182C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38182C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38182C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgsoa_w
    "Inneres Soll-Motormoment für Drehzahlsynchronisation ohne ASG Plausibiliesierung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38182E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38182E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38182E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38182E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgs_bt
    "Indiziertes Sollmoment von SGS im Befehelstest"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381884
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381884 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381884 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381884 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misgs_w
    "Inneres Soll-Motormoment für Drehzahlsynchronisation bei Getriebeschaltung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381830 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381830 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolbv_w
    "Indiziertes Sollmoment mit Begrenzung für Einspritzausblendung vor Begrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolp_w
    "Indiziertes Sollmoment vor Momentenbegrenzung, lokale Größe"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38179A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38179A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38179A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38179A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misolv_w
    "Indiziertes resultierendes Sollmoment vor Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38179C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38179C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38179C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38179C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misol_w
    "Indiziertes resultierendes Sollmoment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38179E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38179E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38179E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38179E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    misopl1n_w
    "normiertes Solluftmoment, rückgerechnet auf Lambda=1 und zwopt"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszullb_w
    "Maximal zulässiges indiziertes Moment für Luftpfad (begrenzt)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszull_w
    "Maximal zulässiges indiziertes Moment für Luftpfad"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    miszul_w
    "Maximal zulässiges indiziertes Moment"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitebg_w
    "Momentvorgabe für Mindestfüllung Tankentlüftung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitibgri_w
    "I-Anteil für begrenztes Moment aus ti-Regelung bei ununterbrochener Einspritzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384CF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitibgrp_w
    "P-Anteil für begrenztes Moment aus ti-Regelung bei ununterbrochener Einspritzung"
    SWORD
    rel_uw_b100
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384CFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitibgr_w
    "begrenztes Moment aus ti-Regelung bei ununterbrochener Einspritzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384CFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mitmbgr_w
    "Momentenbegrenzung durch erhöhte Motortemperatur"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbeb_w
    "Indiziertes Moment vor Änderungsbegrenzung, nach oben auf mimax_w begrenzt"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbegv_w
    "Indiziertes Fahrerwunschmoment vor Maximalbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivbeg_w
    "inidziertes Fahrerwunschmoment vor Änderungsbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivmxi_w
    "I-Anteil des indizierten Sollmoments der VMAX-Regelung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivmxp_w
    "P-Anteil des indizierten Sollmoments der VMAX-Regelung"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mivmx_w
    "Indiziertes Sollmoment der VMAX-Regelung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384E44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsolv_u
    "Indiziertes resultierendes Sollmoment für ZW-Eingriff vor Momentenbegrenzung"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38056E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsolv_w
    "Indiziertes resultierendes Sollmoment für ZW-Eingriff vor Momentenbegrenzung"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizsol_w
    "Indiziertes resultierendes Sollmoment für ZW-Eingriff"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizufil_w
    "Zulässiges indiziertes Moment nach Filter"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizuofil
    "Zulässiges indiziertes Moment ohne Filter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizutmp_w
    "Temperaturabhängiger Anteil des zulässigen Moments"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizuvfil
    "Zulässiges indiziertes Moment vor Filter"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizwmnc
    "indiziertes Motormoment beim spätesten Zündwinkel für CAN-Ausgabe"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mizwmn_w
    "indiziertes Motormoment beim spätesten Zündwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_duf
    "Istmoment beim Ansprechen des Momentenvergleichs in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A43
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A43 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A43 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A43 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_uc
    "Berechnetes Ist-Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mi_um
    "Berechnetes Ist-Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkar_w
    "Berechnetes Kupplungsmoment für Antiruckelfunktion"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkbgr_w
    "maximales Kupplungsmoment von Automatikgetriebe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfadpn_w
    "Kupplungsmoment für Umschaltung Dashpot-Filterzeit"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfamx_w
    "maximales Kupplungsmoment Fahrerwunsch im PWG-Notfahren"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384C60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfanb_w
    "Kupplungsmoment aus begrenztem Fahrerwunsch"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38175A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38175A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38175A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38175A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkfa_w
    "Fahrerwunschmoment (Kupplung) nach Änderungsbegrenzung"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38175C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38175C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38175C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38175C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkllsc
    "Kompressorlüfterlastsignal aus CAN-Botschaft Clima 1"
    UBYTE
    rel_q0p39
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380516
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380516 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380516 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380516 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mkolsc
    "Kompressorlastsignal aus CAN-Botschaft Clima1"
    UBYTE
    md_q0p25
    1
    100
    0.00
    63.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380517
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380517 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380517 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380517 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ml
    "Luftmassenfluß"
    UBYTE
    m_ub_b1020
    1
    100
    0.00
    1020.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF396
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF396 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF396 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF396 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlast_w
    "geschätztes Lastmoment"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38171A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38171A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38171A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38171A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlbb2_w
    "Luftmassenfluß gefiltert (Word), Bank2 bezogen"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlbb_w
    "Luftmassenfluß gefiltert (Word), Bank1 bezogen"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldko_w
    "Luftmassenschwelle zur Erkennung Kurzschluß nach 5V in DHFM"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldmn_w
    "minimale Luftmasse aus Kennfeld KFMLDMN"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldmx_w
    "maximale Luftmasse aus Kennfeld KFMLDMX"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mldyn_w
    "Luftmassenintegral im Schubbetrieb für Sonde hinter Kat"
    UWORD
    m_q0p00277
    1
    100
    0.00
    182.0417

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384BC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mleitmx_w
    "Maximale Regeneriergasmasse in Leitung TEV Saugrohr"
    UWORD
    m_q2p71Em5_g
    1
    100
    0.00
    1.777753

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381FD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mleit_w
    "Aktuelle Regeneriergasmasse in Leitung TEV Saugrohr"
    UWORD
    m_q2p71Em5_g
    1
    100
    0.00
    1.777753

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381FD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mletanzs_w
    "Zwischenspeicher: Auf den Zündwinkelwirkungsgrad 100% normierter Luftmassenstrom"
    UWORD
    m_q0p004
    1
    100
    0.00
    262.1400

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mletan_w
    "Auf den Zündwinkelwirkungsgrad 100% normierter Luftmassenstrom"
    UWORD
    m_q0p004
    1
    100
    0.00
    262.1400

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlhfma_w
    "Luftmassenabtastwert von HFM 16-Bit"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF380
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF380 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF380 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF380 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlhfmf_w
    "gefilterter Luftmassen HFM-Mittelwert 16Bit-Wert"
    SWORD
    m_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlhfmm_w
    "Luftmassen HFM-Mittelwert 16Bit-Wert"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF382
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF382 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF382 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF382 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mll1
    "Luftmassenfluß bezogen auf lambda=1"
    UBYTE
    m_ub_b1020
    1
    100
    0.00
    1020.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlnka2_w
    "Luftmasse nach Kat-Ausräumen, Bank 2"
    UWORD
    m_uw_b7281
    1
    100
    0.00
    7281.667

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385586
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385586 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385586 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385586 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlnka_w
    "Luftmasse nach Kat-Ausräumen"
    UWORD
    m_uw_b7281
    1
    100
    0.00
    7281.667

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385588
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385588 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385588 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385588 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlsol_w
    "Soll-Luftmassenstrom"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlsuini_w
    "Soll-Luftmasse für Katheizen"
    UWORD
    m_uw_b23p3
    1
    100
    0.00
    23.30133

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlsu_w
    "Soll-Luftmasse für Katheizen"
    UWORD
    m_uw_b23p3
    1
    100
    0.00
    23.30133

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384DBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mlwdknf_w
    "gefilterter normierter Luftmassenstrom für Sollwinkelbestimmung Drosselklappe"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ml_w
    "Luftmassenfluss gefiltert (Word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF398
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF398 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF398 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF398 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mmsr_uc
    "zulässiger MSR-Momentenwunsch für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mmsr_um
    "zulässiger MSR-Momentenwunsch für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    modez_w
    "aktuell abgearbeiteter Aussetzermode"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momintrest
    "Rest des Momentenintegrals"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momint_bt
    "Momentenintegral für Befehlstest"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381886
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381886 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381886 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381886 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momint_w
    "aufintegriertes physikalisches Istmoment"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38185A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38185A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38185A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38185A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momi_a1_uc
    "Verzögerter Integralwert der SGS-Anforderung (Zeitraster -1) im Befehlstes"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381888
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381888 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381888 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381888 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momi_a1_um
    "Verzögerter Integralwert der SGS-Anforderung (Zeitraster -1)"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380324
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380324 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380324 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380324 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momi_a2_uc
    "Verzögerter Integralwert der SGS-Anfordeung (Zeitraster -2) im Befehlstest"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38188A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38188A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38188A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38188A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    momi_a2_um
    "Verzögerter Integralwert der SGS-Anfordeung (Zeitraster -2)"
    UWORD
    mdt_q0p15625_Nms
    1
    100
    0.00
    10239.84

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380326
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380326 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380326 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380326 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Motor_6_100
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mped_uc
    "zulässiges indiziertes Moment aus Fahrpedal im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A23
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A23 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A23 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A23 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mped_um
    "zulässiges indiziertes Moment aus Fahrpedal in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A22 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A22 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mpfad
    "Momenten-Pfad in Funktion und Funktionsüberwachung als Umweltbedingung für Diag."
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A44 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A44 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mracc_w
    "Relativer Momentenwunsch von ACC"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfabn
    "aktuelle gewichtete Leistung (für Dauer-Hochlasterkennung)"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfabnf
    "Tiefpaß-gefilterte gewichtete Leistung - DauerHochlasterkenung"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfabugd_w
    "Relatives Fahrerwunschmoment zu Beginn ungedrosselt"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfamx_w
    "Relatives Fahrerwunschmoment Maximalwert"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfaugd_w
    "Relatives Fahrerwunschmoment für Pedalüberweg im ungedrosselten"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfa_w
    "Relatives Fahrerwunschmoment aus FGR und Pedal"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38175E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38175E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38175E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38175E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfgri_w
    "Relatives Moment Initialisierungswert für FGR-Regler"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrfgr_w
    "Relative Momentenanforderung von FGR"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrko
    "Relatives Wunschmoment aus koordiniertem Moment"
    UBYTE
    rel_ub_b200
    1
    100
    0.00
    199.2

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38075B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrko_w
    "Relatives Wunschmoment aus koordiniertem Moment"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrlini_uc
    "zul. Momentes bei Umschaltung der Überw. auf Luftmasse zur Initialsierung im BT"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A05
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A05 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A05 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A05 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrlini_um
    "zul. Momentes bei Umschaltung der Überwachung auf Luftmasse zur Initialsierung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrpedl_w
    "Relatives Fahrerwunschmoment aus Fahrpedal für kleine Geschwindigkeiten"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrpeds_w
    "Relatives Fahrerwunschmoment aus Fahrpedal für größere Geschwindigkeiten"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mrped_w
    "relatives Fahrerwunschmoment aus Fahrpedal"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg
    "Abgasmassenfluß gefiltert, Bank 1"
    UBYTE
    m_ub_b1020
    1
    100
    0.00
    1020.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg2
    "Abgasmassenfluß gefiltert, Bank 2"
    UBYTE
    m_ub_b1020
    1
    100
    0.00
    1020.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3805EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg2_w
    "Abgasmassenfluß gefiltert (Word), Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabghk2_w
    "Abgasmassenstrom im Rohr vor Haupt Kat (Word), Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabghk_w
    "Abgasmassenstrom im Rohr vor Haupt Kat (Word), Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabgs2_w
    "Abgasmassenfluß gefiltert in kg/s, Bank2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabgs_w
    "Abgasmassenfluß gefiltert in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabg_w
    "Abgasmassenstrom gefiltert (Word), Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabikr2_w
    "Massenstrom Abgas im Krümmer Bank2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabikr_w
    "Massenstrom Abgas im Krümmer"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabiks2_w
    "Massenstrom Abgas im Krümmer in kg/s, Bank2"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A5E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A5E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabiks_w
    "Massenstrom Abgas im Krümmer in kg/s"
    UWORD
    m_q2p777Em5
    1
    100
    0.00
    1.820417

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384A60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabmod_w
    "Massenstrom für Lambda Modulation (Kat nach LSU)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38145E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38145E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38145E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38145E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnav2_w
    "Abgasmassenstrom hinter Auslassventilen korrigiert um Kraftstoffanteil, Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnav_w
    "Abgasmassenstrom hinter Auslassventilen korrigiert um Kraftstoffanteil, Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnhk2_w
    "Abgasmassenfluß 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnhk_w
    "Abgasmassenfluß"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnvk2_w
    "Massenstrom Abgas nach Vorkatalysator, Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabnvk_w
    "Massenstrom Abgas nach Vorkatalysator"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvhk2_w
    "Massenstrom Abgas vor Hauptkat Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvhk_w
    "Massenstrom Abgas vor Hauptkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvvk2_w
    "Massenstrom Abgas vor Vorkat (Bank2)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msabvvk_w
    "Massenstrom Abgas vor Frontkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msaovvk2_w
    "Massenstrom Abgas ohne Kraftstoffanteil vor Vorkat, Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msaovvk_w
    "Massenstrom Abgas ohne Kraftstoffanteil vor Vorkat"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkalm_w
    "Massenstrom über Drosselklappe (abgeglichen mit HFM Signal)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381236
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381236 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381236 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381236 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkf_w
    "Massenstrom über Drosselklappe bei Fehler HFM"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381238
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381238 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381238 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381238 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkoo_w
    "Massenstrom Drosselklappe ohne offset"
    UWORD
    m_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdks_w
    "Soll-Luftmassenstrom durch Drosselvorrichtung"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdkue_w
    "Massenstrom über Drosselklappe überkritisch (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38123A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38123A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38123A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38123A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msdk_w
    "Massenstrom über Drosselklappe"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38123C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38123C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38123C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38123C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msfabr_w
    "Massenstrom Füllung der durch die Auslaßventile aus dem Brennraum fließt"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381218 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381218 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msfebr_w
    "Massenstrom Füllung der durch die Einlaßventile in den Brennraum fließt"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38121A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38121A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38121A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38121A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msgs_uc
    "Soll- Motormoment aus Getriebeüberwachung im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A00 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A00 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msgs_um
    "Soll- Motormoment aus Getriebeüberwachung in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mshfm1_w
    "Massenstrom HFM 16-Bit Größe (1.HFM)"
    SWORD
    m_sw_b3276p8
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF384
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF384 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF384 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF384 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mshfms_w
    "Massenstrom HFM (signed Größe)"
    SWORD
    m_sw_b3276p8
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF386
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF386 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF386 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF386 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mshfm_w
    "Massenstrom HFM 16-Bit Größe"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF388
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF388 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF388 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF388 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mskgb2_w
    "Kraftstoff Massenstrom, Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mskgb_w
    "Kraftstoff Massenstrom, Bank 1"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msl
    "Sekundärluftmassenstrom"
    UBYTE
    m_ub_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384812 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384812 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msl2
    "Sekundärluftmasse Bank 2"
    UBYTE
    m_ub_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384813
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384813 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384813 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384813 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msl2_w
    "Sekundärluftmasse Bank 2 16-Bit Wert"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslift
    "Istwert Sekundärluftmasse, gefiltert, temporär"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384817
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384817 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384817 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384817 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslift2
    "Istwert Sekundärluftmasse, gefiltert, temporär (Bank 2)"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384818 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384818 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslkorr_w
    "korr. Sekundärluftmassenstrom unter Berücksichtigung der Pumpendynamik (Bank1)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnenn
    "Nennwert Sekundärluftmasse"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38298F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38298F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38298F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38298F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnenn2
    "Nennwert Sekundärluftmasse, Bank 2"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382990 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382990 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnf
    "Nenn-Sekundärluftmasse, gefiltert"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384819
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384819 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384819 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384819 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnf2
    "Nenn-Sekundärluftmasse, gefiltert, Bank 2"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnt
    "Nenn-Sekundärluftmasse, temporär"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslnt2
    "Nenn-Sekundärluftmasse,temporär, Bank 2"
    UBYTE
    m_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38481C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslpub_w
    "Sekundärluftmassenstrom, batteriespannungsabhängig 16-Bit"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslstat
    "statischer Sekundärluftmassenstrom"
    UBYTE
    m_ub_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384814 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384814 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslstat_w
    "statische Sekundärluftmassestrom, 16-Bit"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslt2_w
    "temporäre Sekundärluftmasse, Bank 2"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslt_w
    "temporäre Sekundärluftmasse"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslv2_w
    "Sekundärluftmasse für Ventildichtheitsprüfung (word); Bank 2"
    UWORD
    m_q0p0015625
    1
    100
    0.00
    102.3984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslvft2_w
    ""
    SWORD
    m_q0p0015625
    1
    100
    -51.20000
    51.19844

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslvft_w
    "Sekundärluftventilundichtheit, gefiltert, temporär (word)"
    SWORD
    m_q0p0015625
    1
    100
    -51.20000
    51.19844

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslvt2_w
    "temporäre Ventilleckage, Bank 2"
    SWORD
    m_sw_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslvt_w
    "temporäre Ventilleckage"
    SWORD
    m_sw_q0p1
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mslv_w
    "Sekundärluftmasse für Ventildichtheitsprüfung (word)"
    UWORD
    m_q0p0015625
    1
    100
    0.00
    102.3984

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384AA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msl_w
    "Sekundärluftmassenstrom 16-Bit Wert"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoos_w
    "Normierter Luftmassenstrom für Sollwinkelbestimmung Drosselklappe"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkoo_w
    "normierter Massenstrom Drosselklappe ohne offset (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38123E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38123E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38123E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38123E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndko_w
    "normierter Leckluftmassenstrom über Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3838A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndkpk_w
    "normierter praedizierter korrig. Massenstrom ueber Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381334
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381334 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381334 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381334 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndks_w
    "Normierter Soll-Luftmassenstrom durch Drosselvorrichtung"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msndk_w
    "normierter Massenstrom über Drosselklappe (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381240
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381240 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381240 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381240 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msnsaug_w
    "normierter Massenstrom durch Saugrohr (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381242
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381242 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381242 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381242 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntetev_w
    "normierter, überkritischer Massenstrom durch das TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntevo_w
    "normierter, überkritischer Massenstrom durch das 100% offene TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3855D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msntev_w
    "gewünschter normierter, überkritischer Massenstrom TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mspcv
    "Massenstrom über PCV Ventil"
    UBYTE
    m_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrc_c_uc
    "Fehlerzähler für MSR-Überwachung des Befehlstestes"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380A0B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A0B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A0B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A0B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrc_c_um
    "Fehlerzähler für MSR-Eingriff-Überwachung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msrmdt_w
    "Inhalt des MSR-Plausibilitätstopfes"
    SWORD
    mdt_sw_b2556
    1
    100
    -2556.000
    2555.922

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssaug_w
    "Massenstrom durch Saugrohr (word)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381244
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381244 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381244 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381244 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssginmn_w
    "Minmaler ins Saugrohr strömender Massenstrom (Drosselklappe + TEV)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mssgin_w
    "Ins Saugrohr strömender Massenstrom (Drosselklappe + TEV)"
    UWORD
    m_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mste
    "Massenstrom Tankentlüftung ins Saugrohr"
    UBYTE
    m_ub_b25p6
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF4B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedte
    "Massenstrom TEV für DTEV"
    UBYTE
    m_ub_b25p6
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AB1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedtef_w
    "Massenstrom Tankentlüftungsventil (gefiltert) für DTEV"
    UWORD
    m_q0p0031
    1
    100
    0.00
    204.7969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstedte_w
    "Massenstrom TEV für DTEV (Word)"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msteev_w
    "Massenstrom Regeneriergas auf Höhe Einspritzventil"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    msteo_w
    "Massenstom durch das 100% offene TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FDC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FDC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FDC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FDC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstesmx_w
    "Maximal möglicher Sollmassenstrom Tankentlüftung"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstesoll_w
    "Massenstrom Tankentlüftung ins Saugrohr, Sollwert"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mstetev_w
    "Massenstrom durch das TEV"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FDE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FDE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FDE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FDE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mste_w
    "Massenstrom Tankentlüftung in das Saugrohr"
    UWORD
    m_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mtsegph_w
    "Gleitender Mittelwert der Phasenperiodendauer"
    UWORD
    t40usxus_q40
    1
    100
    0.00
    2621400.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380EB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mulres_w
    "Korrekturfaktor für Umgebungsdruck und Starttemperatur"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mux_counter
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mux_counter2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mver_c_uc
    "Fehlerzähler für Momentenvergleich im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380A39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mver_c_um
    "Fehlerzähler für Momentenvergleich der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38030D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38030D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38030D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38030D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mwolfstg_w
    "mit Gütefaktor bewertete Ölfüllstandsdifferenzen"
    SWORD
    vol_sw_q2ml
    1
    100
    -65536.00
    65534.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mwolfsti_w
    "Kurzzeitmittelwert Ölfüllstand intern"
    SWORD
    vol_q0p125ml
    1
    100
    -4096.000
    4095.875

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mwolfst_w
    "Mittelwert der Ölfüllstandsdifferenzen einer TOG-Botschaft"
    SWORD
    vol_q0p125ml
    1
    100
    -4096.000
    4095.875

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzfo_uc
    "Gefiltertes zulässiges Moment inclusive Offset im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzfo_um
    "gefiltertes zulässiges Moment inclusive Offset in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_low_uc
    ""
    UBYTE
    rel_ub_q0p00153
    1
    100
    0.00
    0.3891

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_low_um
    "Nachkommastellen für gefiltertes zulässiges Moment der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p00153
    1
    100
    0.00
    0.3891

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380302
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380302 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380302 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380302 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_ptr_uc
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_ptr_um
    "Zeiger des Registers mzf_reg_um"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380303
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380303 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380303 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380303 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_reg_uc
    ""
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380A2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_reg_um
    "Register für zulässiges Moment zeitverzögert"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380304
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380304 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380304 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380304 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_uc
    "gefiltertes zulässiges Moment im Befehlstest"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A35
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A35 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A35 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A35 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_um
    "gefiltertes zulässiges Moment der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38030C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38030C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38030C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38030C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_x_uc
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A36 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A36 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzf_y_uc
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A37
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A37 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A37 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A37 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzo_uc
    "Toleranz-Offset für das zulässige Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A24 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A24 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mzo_um
    "Toleranz-Offset fürs zulässige Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mz_uc
    "resultierendes zulässiges Moment im Befehlstest"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A25
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A25 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A25 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A25 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    mz_um
    "zulässiges Moment in der Funktionsüberwachung"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380300
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380300 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380300 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380300 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nasnottm
    "Drehzahlschwelle wegen Abwürgeschutz als Funktion von tmot"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3809C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    na_abs_c
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF335
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF335 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF335 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF335 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    na_rel_c
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF336
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF336 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF336 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF336 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nc_c_um
    "Fehlerzähler für Motordrehzahlvergleich für die Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndar_w
    "Differenzdrehzahl für Momenteneingriff"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38171C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38171C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38171C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38171C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndcdis_w
    "Drehzahlgrenze bei Abgeschalteter DK durch Überwachung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3814C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndfil_w
    "gefilterte Differenzdrehzahl"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38171E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38171E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38171E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38171E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndiffog_w
    "Schwelle Drehzahldifferenz zum Resetieren der AR beim Verzögern"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndiff_w
    "Differenzdrehzahl für LFR-HS-Verstärkungen"
    SWORD
    nmot_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ndnwtmn
    "Temperaturabhängige minimaldrehzahl für Diagnose Nockenwellensteuerung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384973
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384973 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384973 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384973 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nfskh
    "Leerlaufdrehzahl Fahrstufe bei Katheizen"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngasf_w
    "Drehzahlgradient über ein Arbeitsspiel (gefiltert)"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3816BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngasoff_w
    "Drehzahlgradient über ein Arbeitsspiel + für ASG Drehzahlregler"
    UWORD
    nmotg_sw_q0p39
    1
    100
    0.00
    25599.94

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngas_w
    "Drehzahlgradient über ein Arbeitsspiel"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngfil
    "gefilterter Drehzahlgradient"
    SBYTE
    nmotg_sb_q100
    1
    100
    -12800.
    12700.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380583
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380583 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380583 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380583 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngfilsu_w
    "Drehzahlgradient über ein Arbeitsspiel für Saugrohrumschaltung gefiltert"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3812DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngfil_w
    "gefilterter Drehzahlgradient"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngkraf_w
    "gefilterter Drehzahlgradient"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38165C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngkrav_w
    "aktueller Wert Drehzahldynamikschwelle"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38165E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38165E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38165E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38165E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ngkrv_w
    "aktueller Wert Drehzahldynamikschwelle"
    SWORD
    nmotg_sw_q0p39
    1
    100
    -12800.16
    12799.77

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381660
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381660 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381660 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381660 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllcvt1
    "Drehzahlvorgabe aus CVT-Getriebe"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3804EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllcvt1_c
    "Drehzahlvorgabe aus CVT-Getriebe (nicht plausibilisiert)"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380518
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380518 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380518 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380518 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllcvt2
    "Drehzahlvorgabe aus CVT-Getriebe nach Begrenzung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380989
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380989 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380989 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380989 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nllkh
    "Leerlaufdrehzahl bei Katheizen"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3808EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlp1tim
    "Zeitzähler für Wartezeit 1 im NLP-Lernen"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlue1
    "Solldrehzahl Lüfter 1"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38499D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlue1mn
    "Minimale Drehzahl Lüfter 1"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38499E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlue2
    "Solldrehzahl Lüfter 2"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38499F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38499F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38499F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38499F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nlue2mn
    "Minimale Drehzahl Lüfter 2"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3849A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nluez1
    "Lüfterdrehzahl 1 aus NLUEZ1"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3849A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nluez2
    "Lüfterdrehzahl 2 aus NLUEZ2"
    UBYTE
    nmot_ub_q20
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3849A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxext_w
    "Externe Drehzahlgrenze"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmaxfc_w
    "Zähler, Anzahl Überschreitungen der kritischen Drehzahl"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384042
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384042 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384042 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384042 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmax_w
    "Drehzahlgrenze ohne Berücksichtigung von Drosselklappen-Fehlern"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmodiv_w
    "Drehzahl für Initialisierung ARMD berechnet aus Geschwindigkeit"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmod_w
    "Motordrehzahl aus Modell"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot
    "Motordrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0xF27E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF27E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF27E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF27E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotas_w
    "Motordrehzahl von 2 Umdrehungen (1 Arbeitsspiel) zuvor"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotdtf_w
    "Gefilterter Wert  nmot_w"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3855C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotfd
    "Motordrehzahl, bei der Fehler detektiert wird"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384020
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384020 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384020 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384020 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotfwiv_w
    "Motordrehzahl gefiltert"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotkf
    "nmot mit Hysterese zur Kennfeldadressierung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384978
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384978 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384978 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384978 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotkor
    "Motordrehzahl ansaugluftkorrigiert (zur Pulsationskorrektur)"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38074E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38074E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38074E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38074E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotll
    "Motordrehzahl im Leerlaufbereich"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380580
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380580 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380580 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380580 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotllfil
    "Gefilterte Drehzahl nmotll"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380581
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380581 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380581 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380581 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotpr_w
    "Prädizierte Motordrehzahl für NMAX-Regelung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotrsp_w
    "Beginn Ringspeicher für Drehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xF284
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF284 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF284 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF284 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmotsu
    "korrigierte Drehzahl in Abhängigkeit vom Drehzahlgradienten"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38075C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_c
    "Motordrehzahl (CAN-Wert)"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380CB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_uc
    "Motordrehzahl im Befehlstest"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380A26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A26 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A26 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_um
    "Motordrehzahl in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3802D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmot_w
    "Motordrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF280 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF280 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmst08_uc
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38189E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38189E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38189E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38189E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmst08_um
    "Stützstelle für Motordrehzahl in der Funktionsüberwachung (NMOT_UM)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380328
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380328 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380328 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380328 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nmxpr
    "Verstärkung Proportionalanteil der NMAX-Regelung"
    UBYTE
    relnmot_q0p003052
    1
    100
    0.00
    0.7782

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3809D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nnwtoelmn
    "minimale Drehzahlschwelle zur Freigabe der Nockenwellenverstellung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38496A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38496A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38496A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38496A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsa
    "Drehzahl Schub"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380975
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380975 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380975 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380975 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsactr
    "Nachstartcounter"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38076A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsber_w
    "Solldrehzahl für NMAX-Regelung"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3817E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsc_c_um
    "Zeit nach Start in der Funktionsüberwachung"
    UWORD
    t40msxs_uw_q0p04
    1
    100
    0.00
    2621.400

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380322
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380322 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380322 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380322 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsfsm
    "LLR: Motortemperaturabhängige Solldrehzahl im LL bei B_fs = 1"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38493A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsfsmn
    "LLR: Minimale Solldrehzahl bei eingelegter Fahrstufe"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nska_uc
    "Grenzdrehzahl bei aktiver Fehlerreaktion im Befehlstest"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380A3D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nska_um
    "Grenzdrehzahl bei aktiver Fehlerreaktion in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380A3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslbz
    "Solldrehzahl abhängig von lbz"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38493B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslbzaa
    "Angehoben Drehzahl für BEM"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslbzamx
    "Maximale Wert für NSLBZAA"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nslfa
    "Solldrehzahl bei Kurztrip"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3809AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsllm
    "LLR: Motortemperaturabhängige Solldrehzahl im LL"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38493C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsllmn
    "LLR: Minimale Solldrehzahl im LL"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnbz
    ""
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnf
    "LLR: Nachgeführte Solldrehzahl"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38098F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38098F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38098F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38098F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnw
    "LL-Drehzahlanhebung bei Erkennung der Nockenwellenwinkelabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380990
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380990 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380990 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380990 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnwi
    "geforderte LL-Drehzahlanhebung nach Integrator bei Nockenwelleabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x382AB5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnwib
    "geforderte LL-Drehzahlanhebung nach KL bei Nockenwelleabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380991
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380991 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380991 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380991 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnwibz
    "geforderte LL-Drehzahlanhebung nach Integartor bei Nockenwelleabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380992
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380992 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380992 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380992 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnwmx
    "max LL-Drehzahlanhebung bei Erkennung der Nockenwellenwinkelabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380993
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380993 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380993 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380993 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsnwnaf
    "geforderte LL-Drehzahlanhebung nach KL bei Nockenwelleabweichung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380994
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380994 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380994 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380994 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsof_c_um
    "Zähler Entprellzeit für Abschaltung der Nachstartaufweitung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsol
    "Leerlaufsolldrehzahl"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380995
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380995 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380995 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380995 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsolasak_w
    "Aktuelle Solldrehzahl ASG-Drehzahlregler"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsolasg_w
    "ASG-Solldrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsol_w
    "Leerlaufsolldrehzahl"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381694 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381694 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nspwgnot
    "Solldrehzahl Leerlauf bei Ausfall beider FPM-Signale"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsst
    "Initialisierungswert der Solldrehzahl im Start"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380996
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380996 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380996 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380996 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat
    "Solldrehzahl stationär"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380997
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380997 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380997 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380997 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat2
    "Stationnäre Solldrehzahl nach Begrenzung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380998
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380998 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380998 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380998 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstat3
    "Stationnäre Solldrehzahl vor Filterung"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380999
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380999 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380999 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380999 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstatd
    "Solldrehzahl stationär nach Auswahl nstat/nstatc"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38099A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstatfil
    "Solldrehzahl stationär gefiltert"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38099B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstatfilv
    "Solldrehzahl stationaär gefiltert nach Verstellung über Tester"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38099C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nstaw_w
    "Drehzahl aus Kennlinie NSTAW"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380CB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nswrl
    "Ausgang KF KFNSWRL Wichtung Nachstartanhebung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38076B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38076B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38076B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38076B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsynggdpg
    "Neusynchronisationsmonitor für GGDPG"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsynnldg
    "Neusynchronisationsmonitor für NLDG"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsynnlph
    "Neusynchronisationsmonitor für NLPH"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsyw
    "Getriebesynchronisationswunschdrehzahl"
    UBYTE
    nmot_ub_q25
    1
    100
    0.00
    6375.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3804ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsywin
    "inverierte Getriebesynchronisationswunschdrehzahl"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsywin_bt
    "inverierte Getriebesynchronisationswunschdrehzahl f. Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A01
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A01 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A01 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A01 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsywin_c
    "inverierte Getriebesynchronisationswunschdrehzahl (nicht plausibilisiert)"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380519
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380519 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380519 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380519 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsyw_bt
    "Getriebesynchronisationswunschdrehzahl für ASG f. Befehlstest"
    UBYTE
    nmot_ub_q25
    1
    100
    0.00
    6375.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380A02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A02 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A02 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsyw_c
    "Getriebesynchronisationswunschdrehzahl"
    UBYTE
    nmot_ub_q25
    1
    100
    0.00
    6375.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38051A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nsyw_w
    "Getriebesynchronisationswunschdrehzahl für ASG oder AG mit Drehzahlregler"
    UWORD
    nmot_uw_q0p25
    1
    100
    0.00
    16383.75

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturbc_w
    "Wandler-Turbinendrehzahl über CAN"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturbv_w
    "Vorraussichtliche Turbinendrehzahl des Wandlers"
    UWORD
    nmot_q0p1453421
    1
    100
    0.00
    9524.995

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nturb_w
    "Turbinendrehzahl des Wandlers"
    UWORD
    nmot_q0p1453421
    1
    100
    0.00
    9524.995

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3816CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nver_w
    "Drehzahlverhältnis"
    UWORD
    fak_uw_b8
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384E1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nvlsumrs
    "Anzahl von Starts mit einer Motorstarttemp. von > TMOTMRSMX und Verdacht auf CSD"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384025
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384025 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384025 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384025 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nvlsumrs2
    "Anzahl von Starts mit einer Motorstarttemp. von > TMOTMRSMX und Verdacht auf CSD"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384026
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384026 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384026 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384026 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nvquot_w
    "Quotient Motordrehzahl nmot / Fahrgeschwindigkeit vfzg"
    UWORD
    qnv_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381114
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381114 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381114 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381114 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwe
    "Wiedereinsetzdrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380976
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380976 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380976 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380976 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwecvt
    "Drehzahl Wiedereinsetzen bei CVT-Getriebe"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384938
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384938 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384938 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384938 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwema
    "Drehzahl Wiedereinsetzen"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380977
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380977 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380977 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380977 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwemn
    "Minimale Wiedereinsetzdrehzahl"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380978
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380978 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380978 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380978 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwenga
    "Drehzahl Wiedereinsetzen"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380979
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380979 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380979 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380979 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwfctrnpa
    "Fehlerzähler zur Entprellung Not-Plaus-Fehler bei Auslaßnockenwellensteller"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384029
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384029 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384029 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384029 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwfctrnpe
    "Fehlerzähler zur Entprellung Not-Plaus-Fehler bei Einlaßnockenwellensteller"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384028
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384028 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384028 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384028 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwnumbz_w
    "Anzahl Nockenwellenumdrehungen, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwsollalokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B06 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B06 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    NWSOLLEausbits_10ms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    NWSOLLEausbits_koop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AE9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AE9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AE9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AE9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    NWSOLLElokbits_koop
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AEA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AEA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwvsakt_w
    "Nockenwellen Verstellschwerpunkt aktuell"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwvsfrue_w
    "Nockenwellen Verstellschwerpunkt früh"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwvsmnu_w
    "Nockenwellen Verstellschwerpunkt für minimale Überschneidung"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nwvsspae_w
    "Nockenwellen Verstellschwerpunkt spät"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    nz_um
    "Motordrehzahl aus Zahnzählerdifferenz pro Zeit in der Funktionsüberwachung"
    UBYTE
    nmot_ub_q40
    1
    100
    0.00
    10200.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3802D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    n_flags_uc
    "Byte für Nachstart-Bits des Befehlstestes"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    n_flags_um
    "Byte für Nachstart-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2adap2_w
    "Adaptiertes O2-Konzentration-Signal nach erfolgreichem Schubabgleich, Bank2"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38198C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38198C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38198C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38198C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2adap_w
    "Adaptiertes O2-Konzentration-Signal nach erfolgreichem Schubabgleich"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38198E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38198E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38198E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38198E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2vk2_w
    "O2- Überschuss bzw. _O2- Mangel der LSU 2 im Abgas bezogen auf Lambda = 1"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    o2vk_w
    "O2- Überschuss bzw. _O2- Mangel der LSU im Abgas bezogen auf Lambda = 1"
    SWORD
    relO2_q9p765Em4
    1
    100
    -32.00000
    31.99902

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    OBPSWOFFbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AB6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AB6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    oelkbic
    "Oelniveauschwelle für Ausgabe an Kombi"
    UBYTE
    md_q0p25
    1
    100
    0.00
    63.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384824 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384824 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    offz_w
    "Offenzeit Funkenpakete Funkenbandzündung"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ofmsndk_w
    "Offset normierter Massenstrom über Drosselklappe (word)"
    SWORD
    m_sw_b3276p8
    1
    100
    -3276.800
    3276.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382B24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382B24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382B24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382B24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    olfst1_w
    "Ölfüllstand 1 (Wartungsintervallverlängerung)"
    UWORD
    s_uw_q62p5um
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384ADA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ADA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ADA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ADA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    olfst2_w
    "Ölfüllstand 2 (Wartungsintervallverlängerung)"
    UWORD
    s_uw_q62p5um
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384ADC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ADC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ADC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ADC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    olfst3_w
    "Ölfüllstand 3 (Wartungsintervallverlängerung)"
    UWORD
    s_uw_q62p5um
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384ADE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ADE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ADE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ADE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    olfst4_w
    "Ölfüllstand 4 (Wartungsintervallverlängerung)"
    UWORD
    s_uw_q62p5um
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ovlCtr
    "Schließzeit-Überlappungszähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF215
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF215 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF215 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF215 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabnav2_w
    "Abgasdruck nach Auslaßentil (Bank2)"
    UWORD
    p_uw_q0p078
    1
    100
    0.00
    5119.922

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabnav_w
    "Ist-Abgasdruck nach Auslaßventil"
    UWORD
    p_uw_q0p078
    1
    100
    0.00
    5119.922

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvhk2_w
    "Abgasgegendruck vor Hauptkat (Bank2)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvhk_w
    "Abgasgegendruck vor Hauptkat"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvvk2_w
    "Abgasgegendruck vor Vorkat (Bank2)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pabvvk_w
    "Abgasgegendruck vor Vorkat"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    palsu2_w
    "Absolutdruck Abgassystem 2"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385532
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385532 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385532 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385532 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    palsu_w
    "Absolutdruck Abgassystem"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385534
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385534 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385534 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385534 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pausez_w
    "Anzahl Pausensegmente, Übergabe an Zustandsautomat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkv
    "Bremskraftverstärker-Druck"
    UBYTE
    p_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380455
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380455 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380455 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380455 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvmod_w
    "Bremskraftverstärkerdruck modelliert"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385664 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385664 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvmpu_w
    "Druckverhältnis pbkvmod_w/pubkv_w"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x385666
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385666 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385666 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385666 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvpaus_w
    "Ausschaltschwelle der BKV-Pumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385670 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385670 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvpdf_w
    "Druck der durch BKV-Pumpe erreicht werden kann, für Diagnosenfreigabe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385672
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385672 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385672 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385672 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvpmn_w
    "min. Druck druch elektrische Bremskraftverstärkerpumpe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385668
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385668 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385668 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385668 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvprd_w
    "Druck der durch BKV-Pumpe erreicht werden kann, für Sperren der Diagnose"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385674
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385674 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385674 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385674 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkvp_w
    "gespeicherter BKV-Druck, wenn Diagnose freigegeben wird"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385676
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385676 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385676 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385676 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbkv_w
    "Bremskraftverstärker-Druck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintna_w
    "pbrintro_w nach Anpassung bei hohem Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintro_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR ungefiltert"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrintuk_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR unkorrigiert"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrint_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch internes AGR"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbriroa_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch int.AGR ungef. bei Auslaß-NW"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbriroe_w
    "Partialdruck (Inertgas+Luft) im Brennraum durch int.AGR ungef. bei Einlaß-NW"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pbrlm_w
    "Berechneter Brennraumdruck mit HFM"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381206
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381206 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381206 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381206 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pd_we_zy
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF35E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF35E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF35E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF35E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    percnt2_w
    "Zähler 10-ms-Schritte für fr-synchrone lamsolh-Mittelung, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    percnt_w
    "Zähler 10-ms-Schritte für fr-synchrone lamsolh-Mittelung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perffilt_w
    "Gefilterte Systemauslastung"
    UWORD
    rel_q0p025
    1
    100
    0.00
    1638.375

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381874
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381874 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381874 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381874 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perfilt_bg
    "Gefilterte Systemauslastung, berechnet im Background-Task"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381876
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381876 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381876 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381876 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perfmax_w
    "Maximale system Belastung"
    UWORD
    rel_q0p025
    1
    100
    0.00
    1638.375

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3838FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perform_bg
    "Aktuelle Systemauslastung, berechnet im Background-Task"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381878
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381878 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381878 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381878 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perform_w
    "Aktuelle Systemauslastung"
    UWORD
    rel_q0p025
    1
    100
    0.00
    1638.375

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38187A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38187A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38187A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38187A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    peri40ms_w
    "periode of 50ms-task"
    UWORD
    runtime2_sy
    1
    100
    0.00
    838848.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38187C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38187C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38187C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38187C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    perioval_w
    "Periodendauer für PWM-Berechnung kldfpwm"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380B9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phLosCtr_w
    "Zähler Neusynchronisation durch falsche Synchronisation an BM (word)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38388A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38388A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38388A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38388A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsnh
    "normierte Heizleistung der Lambdasonde hinter Kat"
    UBYTE
    fak_ub_q0p01
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384895
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384895 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384895 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384895 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsnh2
    "normierte Heizleistung der Lambdasonde 2 hinter Kat"
    UBYTE
    fak_ub_q0p01
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384896
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384896 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384896 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384896 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsnhf
    "normierte Heizleistung der Lambdasonde hinter Kat, gefiltert"
    UBYTE
    fak_ub_q0p01
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384856 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384856 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsnhf2
    "normierte Heizleistung der Lambdasonde 2 hinter Kat, gefiltert"
    UBYTE
    fak_ub_q0p01
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384857
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384857 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384857 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384857 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsuri2_w
    "unbegrenzte Heizleistungsanforderung, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD030
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD030 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD030 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD030 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phlsuri_w
    "unbegrenzte Heizleistungsanforderung"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD032
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD032 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD032 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD032 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phpw
    "Phasensignal Pegelwechsel (8 Bit Schieberegister)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380593
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380593 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380593 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380593 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    phpw2
    "Phasensignal 2 Pegelwechsel (8 Bit Schieberegister)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380594
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380594 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380594 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380594 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirgres_w
    "Partialdruck residuales Restgas im Brennraum"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pirg_w
    "Partialdruck Restgas interne AGR (16-Bit)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pklimakmtr
    "Druck Klimaanlage für KMTR"
    UBYTE
    p_q0p2
    1
    100
    0.00
    51.00

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pklimaq
    "Klimadruck für KMTR nach Quantisierung"
    UBYTE
    p_q0p2
    1
    100
    0.00
    51.00

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pkodrc
    "Kompressordrucksignal"
    UBYTE
    p_q0p2
    1
    100
    0.00
    51.00

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38051B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plauf
    "Schleifenzeiger bei Summation der Ringpufferwerte über ein Synchro"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plauf2
    "Schleifenzeiger bei Summation der Ringpufferwerte über ein Synchro, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plokbits
    "enthält Plausibilitäts Bits"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38299E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38299E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38299E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38299E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plooplsu
    "Schleifenzeiger unkorrigiert bei Summation der Ringpufferwerte über ein Synchro"
    SBYTE
    dez
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A4D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A4D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A4D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A4D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    plooplsu2
    "Schleifenzeiger unkorrigiert bei Summe der Ringpufferwerte über ein Synchro, B2"
    SBYTE
    dez
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A4E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A4E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pmcod_w
    "Parametercode der Variantencodierung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385638
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385638 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385638 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385638 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prga_w
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grundwert) bei Auslaß-NWS"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prge_w
    "interner Abgaspartialdruck abhängig von NW-Verstellung(Grundwert) bei Einlaß-NWS"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgsua_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei Saugrohrumsch(Auslaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prgsue_w
    "interner Abgaspartialdruck abh. von NW-Verstellung bei Saugrohrumsch(Einlaß-NWS)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsub2_w
    "Relative Leistung für Lambdasondenheizung zu Beginn der Aufheizphase, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38551E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38551E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38551E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38551E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsub_w
    "Relative Leistung für Lambdasondenheizung zu Beginn der Aufheizphase"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385520 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385520 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsud2_w
    "D-Anteil der Stellgröße des PID-Reglers aus %HRLSU, Bank 2"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD034
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD034 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD034 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD034 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsud_w
    "D-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD036
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD036 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD036 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD036 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsui2_w
    "I-Anteil der Stellgröße des PID-Reglers aus %HRLSU, Bank 2"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD038
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD038 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD038 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD038 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsuin_w
    "Relative Initialisierungsheizleistung für Lambdasondenheizung"
    SWORD
    rel_q0p0061
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD03A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD03A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD03A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD03A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsui_w
    "I-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD03C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD03C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD03C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD03C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsup2_w
    "P-Anteil der Stellgröße des PID-Reglers aus %HRLSU, Bank 2"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD03E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD03E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD03E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD03E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsup_w
    "P-Anteil der Stellgröße des PID-Reglers aus %HRLSU"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD040
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD040 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD040 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD040 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsur2_w
    "Relative Heizleistung für Lambdasondenheizung während der Regelphase, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD042
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD042 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD042 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD042 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhlsur_w
    "Relative Heizleistung für Lambdasondenheizung während der Regelphase"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD044
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD044 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD044 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD044 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhrlsu2_w
    "Relative Heizleistungsanforderung für Lambdasondenheizung, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385522 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385522 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prhrlsu_w
    "Relative Heizleistungsanforderung für Lambdasondenheizung"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385524
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385524 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385524 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385524 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pringlsu
    "Schleifenzeiger bei Speicherung in Ringpuffer"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF40A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pringlsu2
    "Schleifenzeiger bei Speicherung in Ringpuffer, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF40B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40B 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40B INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prlsust
    "Startzeiger auf Ringpuffer für Mittelung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A4F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A4F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A4F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A4F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    prlsust2
    "Startzeiger auf Ringpuffer für Mittelung, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A50 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A50 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ps
    "gemessener Saugrohr-Absolutdruck"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380751
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380751 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380751 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380751 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psbkv_w
    "benötigter Saugrohrdruck, falls nicht genügend Unterdruck im Bremskraftverst."
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382144
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382144 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382144 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382144 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfglm_w
    "Frischluftpartialdruck im Saugrohr (Luft, über DK und TEV)HFM-basiert+int. Restg"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381208
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381208 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381208 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381208 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfg_w
    "Frischgaspartialdruck im Saugrohr (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38121C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38121C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38121C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38121C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psfil_w
    "gefilteter Saugrohdruck für KLAF-Berechnung in FUEDK"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psl
    "Öldruck von der Servo-Lenkung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384803
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384803 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384803 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384803 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pslm_w
    "modellierter Saugrohrdruck HFM basiert"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38120A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38120A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38120A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38120A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmppvdk_w
    "praed. ps/Druck vor Drosselklappe (word)"
    UWORD
    fak_uw_q0p001
    1
    100
    0.00
    65.53500

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381336
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381336 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381336 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381336 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmp_w
    "extrapolierter Saugrohrdruck (Word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381338
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381338 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381338 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381338 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxbkvg
    "geforderter max. Saugrohrdruck für Bremsunterdruckspeicher"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380B85
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B85 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B85 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B85 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmxbkvg_w
    "geforderter max. Saugrohrdruck für Bremsunterdruckspeicher"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382146
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382146 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382146 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382146 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psmx_w
    "Saugrohrmaximaldruckbegrenzung für modellierten Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspmx_w
    "max. praedizierter Saugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38133A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38133A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38133A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38133A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspu
    "Quotient Saugrohrdruck Umgebungsdruck"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A99
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A99 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A99 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A99 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdb_w
    "Quotient Saugrohrdruck/Druck vor DK begrenzt (word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381246
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381246 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381246 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381246 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdkf_w
    "Quotient Saugrohrdruck/Druck vor Drosselklappe (word) bei Fehler HFM o. DK"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381248 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381248 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvdk_w
    "Quotient Saugrohrdruck/Druck vor Drosselklappe (word)"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38124A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38124A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38124A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38124A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvds_w
    "Quotient Saugrohrdruck/Druck vor DK"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38124C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38124C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38124C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38124C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pspvmin_w
    "Minimalauswahl aus pspvdk und psspvdk"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3812B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psp_w
    "praedizierter Saugrohrdruck (Word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38133C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38133C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38133C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38133C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pssol_w
    "Sollsaugrohrdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psspbkv_w
    "Druck Saugstrahlpumpe von Bremskraftverstärker"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38566A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psspvdkb_w
    "Verhältnis Soll-Saugrohrdruck zu Druck vor Drosselklappe begrenzt"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3812B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psspvdkd_w
    "Verhältnis Sollsaugrohrdruck/Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    fak_uw_b4
    1
    100
    0.00
    3.999939

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381270
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381270 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381270 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381270 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    psspvdk_w
    "Verhältnis Soll-Saugrohrdruck zu Druck vor Drosselklappe"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3812B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ps_w
    "Saugrohr-Absolutdruck (Word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF39A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF39A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF39A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF39A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pt2gsl1_w
    "Zwischengröße PT2-Filter für Reduktionsmoment Getriebe"
    SWORD
    relmom_q0p0122
    1
    100
    -400.0000
    399.9878

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38183A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38183A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38183A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38183A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pt2gsl2_w
    "Zwischengröße PT2-Filter für Reduktionsmoment Getriebe"
    SWORD
    relmom_q0p0122
    1
    100
    -400.0000
    399.9878

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38183C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38183C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38183C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38183C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pte
    "Tankdifferenzdruck, Eingangssignal, (nach AD-Wandler)"
    SBYTE
    p_sb_q0p25
    1
    100
    -32.00
    31.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380456
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380456 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380456 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380456 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pu
    "Umgebungsdruck"
    UBYTE
    p_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    puans
    "Pulsationskorrektur in Abhängigkeit von tans"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pubkv_w
    "Umgebungsdruck für Bremskraftver. (im Fehlerfall Umgebungsd. anderer Ersatzwert)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38566C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38566C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38566C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38566C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pukBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AAF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AAF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AAF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AAF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pukorf_w
    "Umgebungsdruckwerte nach additiver Staudruckkorrektur gefiltert"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pukor_w
    "Umgebungsdruckwerte nach additiver Staudruckkorrektur"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pumean_w
    "Umgebungsdruckmittelwert der plausiblen Umgebungsdruckwerte (Ausreiserfilter)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pus_w
    "Umgebungsdruck ohne Umschaltung auf Ersatzwert bei Sensorfehler"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pu_w
    "Umgebungsdruck"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdk
    "Druck vor Drosselklappe"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380754 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380754 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkds
    "Druck vor Drosselklappe von Drucksensor"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380756 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380756 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkdsl_w
    "Druck vor Drosselklappe von Ladedrucksensor (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381272
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381272 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381272 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381272 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkdsu_w
    "Druck vor Drosselklappe von Umgebungsdrucksensor (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkds_w
    "Druck vor Drosselklappe von Drucksensor (word)"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381274
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381274 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381274 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381274 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkmx_w
    "Maximaler Druck vor Drosselklappe Ausgangswert aus Kennlinie PVDKMX"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381276
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381276 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381276 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381276 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkr_w
    "Referenzdruck vor Drosselklappe"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdksf_w
    "gefilterter Druck vor Drosselklappe (Ladedruck) vom Drucksensor"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381278
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381278 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381278 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381278 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdkspud
    "Differenz zwischen Umgebungsdruck und Druck vor Drosselklappe"
    UBYTE
    p_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdks_w
    "Druck vor Drosselklappe ohne Umschaltung auf Ersatzwert bei Sensorfehler"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38127A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38127A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38127A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38127A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pvdk_w
    "Druck vor Drosselklappe 16-Bit"
    UWORD
    p_uw_q0p039
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38124E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38124E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38124E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38124E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pwgdectr
    "Fehlerzähler Pedalwertgeber Drifterkennung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    pwmstate
    "Status Auswertung DFM-Signal"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_ats
    "Port Abgastemperatursensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_ats2
    "Port Abgastemperatursensor Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_crsh
    "Signalport vom AD- Wandler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_KLDF
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    P_swe
    "Port ABS-Schlechtwegsignal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qkl1dtev
    "Klimaanforderung für Lüfter 1 während Tankentlüfungsdiagnose"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qkl2dtev
    "Klimaanforderung für Lüfter 2 während Tankentlüfungsdiagnose"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qklima
    "Wärmestrom des Klimakondensators"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qltefil
    "Füllungsgrad mit Regeneriergas der leitung TEV-Saugrohr"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380AB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmax1dtev
    "abzuführender Wärmestrom von Lüfter 1 während der TEV-Diagnose"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmax2dtev
    "abzuführender Wärmestrom von Lüfter 2 während der TEV-Diagnose"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxdtev1
    "abzuführender Wärmestrom von Lüfter 1"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxdtev2
    "abzuführender Wärmestrom von Lüfter 2"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxl1
    "abzuführender Wärmestrom von Lüfter 1"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmaxl2
    "abzuführender Wärmestrom von Lüfter 2"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmotra
    "Kühlleistungsanforderung von Motorraum"
    UBYTE
    rel_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qmsdyn
    "Quotient aus ml_w und mssgin_w"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qntns
    "Quotient aus Turbinendrehzahl des Wandlers und Solldrehzahl der LLR"
    UBYTE
    fak_ub_b8
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qtetemin
    "Quotient: te / TEMIN für BDE teh_w/teminh_w bzw. tes_w/temins"
    UBYTE
    fak_ub_b4
    1
    100
    0.00
    3.984

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A9B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmhx2_w
    "Wärmestrom an Umgebung im LSU-Sechskant, Bank 2"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384C02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    quatmhx_w
    "Wärmestrom an Umgebung im LSU-Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384C04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C04 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C04 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmhx2_w
    "Wärmestrom am LSU Sechskant, Bank 2"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384C06
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C06 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C06 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C06 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qwatmhx_w
    "Wärmestrom am LSU Sechskant"
    SWORD
    qg_q5p333
    1
    100
    -174762.7
    174757.3

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384C08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C08 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C08 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    qzzyl
    "Initialisierungswert Zylinderzähler bei B_qsyn"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ram_c_um
    "Fehlerzähler im Dauer-RAM für RAM-Konsistenz-Prüfung (Diagnose) in der Fkt-Überw"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382ABD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    randreg_w
    "Startwert Zufallsgenerator"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdeBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380587
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380587 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380587 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380587 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtklsu2_w
    "Regeldifferenz der Temperaturregelung für die LSU, Bank 2"
    SWORD
    temp_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385526
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385526 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385526 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385526 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rdtklsu_w
    "Regeldifferenz der Temperaturregelung für die LSU"
    SWORD
    temp_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385528
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385528 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385528 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385528 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c2_uc
    "Fehlerzähler 2 für Fehlerreaktionsüberwachung im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380A3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c2_um
    "Fehlerzähler 2 für Fehlerreaktionsüberwachung in Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38030E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38030E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38030E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38030E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c3_uc
    "Fehlerzähler 3 für Fehlerreaktionsüberwachung im Befehlstest"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380A3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c3_um
    "Fehlerzähler 3 für Fehlerreaktionsüberwachung in Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x38030F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38030F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38030F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38030F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reac_c_um
    "Fehlerzähler im Dauer-RAM für Fehlerreaktionsüberwachung (Diagnose) in der FU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ready
    "readiness-Byte für Ausgabe SAE J1979 Mode2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384004
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384004 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384004 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384004 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readyagr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384005
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384005 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384005 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384005 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readyhls
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384007
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384007 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384007 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384007 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readykat
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384009
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384009 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384009 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384009 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readylsv
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38400B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    readysls
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38400D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38400D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38400D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38400D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    recilamf_w
    "gefilterte Größe recilam"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381384
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381384 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381384 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381384 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    recilam_w
    "Reziproker Wert von Lambda ( 1/Lambda )"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381386
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381386 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381386 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381386 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redhyst
    "Reduzierstufenhysterese"
    SBYTE
    rel_sb_q0p02
    1
    100
    -2.560
    2.540

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redist
    "Ist-Reduzierstufe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380797
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380797 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380797 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380797 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redistb1
    "Ist-Reduzierstufe Bank 1"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380798 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380798 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redistb2
    "Ist-Reduzierstufe Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380799
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380799 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380799 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380799 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redneu
    "neu berechnete Reduzierstufe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsol
    "berechnete Soll-Reduzierstufe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsolr
    "realisierte Reduzierstufe"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380771
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380771 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380771 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380771 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redsol_one
    "berechnete Soll-Reduzierstufe - 1 zur Adress. von REDABM"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380772 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380772 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redze
    "Schwelle in Reduzierstufe zwischen Zünd- und Einspritzeingriff"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    redzst_w
    "Reduzierstufe ohne Hysterese und Rundung"
    UWORD
    rel_uw_q0p001
    1
    100
    0.00
    65.53500

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3817E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    resetMonIdx
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384066
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384066 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384066 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384066 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    reset_indication_um
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383904
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383904 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383904 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383904 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    restw_b1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF337
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF337 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF337 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF337 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    restw_b2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF338
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF338 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF338 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF338 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfges_w
    "gesamte relative Füllung (inclusive AGR) 16-Bit"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF39C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF39C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF39C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF39C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfinugds_w
    "Soll-Füllung NWS (internes Restgas) ungedrosselt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rflmorgi_w
    "relative Füllung gesamt ohne internes Restgas HFM basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38120C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38120C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38120C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38120C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rforgi_w
    "relative Füllung gesamt ohne internes Restgas"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38121E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38121E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38121E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38121E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrextlm_w
    "relative Füllung (Inertgas+Luft) über ext. AGR HFM-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38120E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38120E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38120E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38120E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrints_w
    "rel.Sollfüllung (Inertgas+Luft) über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfrint_w
    "relative Füllung (Inertgas+Luft) über int. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rfr_w
    "relative Füllung (Inertgas+Luft) über int. und ext. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh2_u
    "Istwert (Byte) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT Bank2"
    UBYTE
    r_ub_q64
    1
    100
    0.00
    16320.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38056F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38056F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38056F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38056F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh2_w
    "Istwert (word) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT Bank2"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380F32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh_u
    "Istwert (Byte) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT"
    UBYTE
    r_ub_q64
    1
    100
    0.00
    16320.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380570
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380570 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380570 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380570 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinh_w
    "Istwert (word) Innenwiderstand Ri-Nernstzelle der Lambdasonde hinter KAT"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380F34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinkfh
    "Innenwiderstand Nernstzelle der Lambdasonde aus Kennfeld vor Kat"
    UBYTE
    r_q8
    1
    100
    0.00
    2040.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384858 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384858 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinkfh2
    "Innenwiderstand Nernstzelle der Lambdasonde 2 aus Kennfeld vor Kat"
    UBYTE
    r_q8
    1
    100
    0.00
    2040.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384859
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384859 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384859 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384859 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsu2_u
    "Innenwiderstand der Nernstzelle der LSU mit 8bit-Quantisierung, (Bank2)"
    UBYTE
    r_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380571
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380571 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380571 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380571 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsu2_w
    "Innenwiderstand der Nernstzelle der LSU, Bank 2"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385536
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385536 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385536 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385536 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsuk2_w
    "Innenwiderstand der Nernstzelle der LSU 2, nicht gefiltert"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38199C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsuk_w
    "Innenwiderstand der Nernstzelle der LSU, nicht gefiltert"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38199E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38199E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38199E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38199E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsu_u
    "Innenwiderstand der Nernstzelle der LSU mit 8bit-Quantisierung"
    UBYTE
    r_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380572 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380572 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinlsu_w
    "Innenwiderstand der Nernstzelle der LSU"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385538
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385538 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385538 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385538 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinofh2_w
    "Innenwiderstand (word) Ri Nernst ohne Filterung hinter KAT Bank2"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinofha2_w
    "Innenwiderstand (word) Ri Nernst (alter Wert) ohne Filterung hinter KAT Bank2"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinofha_w
    "Innenwiderstand (word) Ri Nernst (alter Wert) ohne Filterung hinter KAT"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinofh_w
    "Innenwiderstand (word) Ri Nernst ohne Filterung hinter KAT"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinsh2_w
    "Grenzwert Innenwiderstand Nernstzelle der Lambdasonde 2 hinter Kat"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rinsh_w
    "Grenzwert Innenwiderstand Nernstzelle der Lambdasonde hinter Kat"
    UWORD
    r_uw_q2
    1
    100
    0.00
    131070.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384B50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rirint_w
    "relative Inertgas-Füllung aus internem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rir_w
    "relative Inertgas-Füllung aus internem und externem AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rk2_w
    "relative Kraftstoffmasse Bank2"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38130A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38130A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38130A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38130A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka2_w
    "Additive adaptive Korrektur der relativen Kraftstoffmasse"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkam2_w
    "Auswahl additive Gemischkorrektur der Gemischadaption für Bestimmung B_gae2"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkamzs2_w
    "additive Gemischkorrektur (pro Zeit oder Zündung) Bank 2 (alter Wert)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkamzs_w
    "additive Gemischkorrektur (pro Zeit oder Zündung); alter Wert"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkam_w
    "Auswahl additive Gemischkorrektur der Gemischadaption für Bestimmung B_gae"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkat2_w
    "additive Gemischkorrektur (pro Zeit) der Gemischadaption Bank 2 (Word)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkatlt2_w
    "additive Gemischkorrektur von der letzten Trip (HFM 2. Bank)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkatlt_w
    "additive Gemischkorrektur von der letzten Trip (HFM)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkat_w
    "additive Gemischkorrektur (pro Zeit) der Gemischdaption (Word)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkaz2_w
    "additive Gemischkorrektur (pro Zündung) der Gemischadaption Bank2 (Word)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkazlt2_w
    "additive Gemischkorrektur von der letzten Trip (P-System 2. Bank)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkazlt_w
    "additive Gemischkorrektur von der letzten Trip (P-System)"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkaz_w
    "additive Gemischkorrektur (pro Zündung) der Gemischadaption"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rka_w
    "Additive adaptive Korrektur der relativen Kraftstoffmasse"
    SWORD
    rel_sw_b1536
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkg2_w
    "relative Kraftstoffmasse gesamt, Bank2"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38130C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38130C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38130C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38130C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkg_w
    "relative Kraftstoffmasse gesamt"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38130E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38130E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38130E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38130E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rklabbr2_w
    "Relative Kraftstoffmenge für Berechnung von labbrm2_w"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381388
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381388 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381388 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381388 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rklabbr_w
    "Relative Kraftstoffmenge für Berechnung von labbrm_w"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38138A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38138A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38138A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38138A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkr
    "Referenzpegel Klopfregelung"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380916
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380916 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380916 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380916 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx
    "nach oben begrenzter Referenzpegel"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0xF3C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx1w
    "aktueller Wert der KL RKRMX1N"
    UBYTE
    spg_ub_b320
    1
    100
    0.00
    318.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrmx2w
    "aktueller Wert der KL RKRMX2N"
    UBYTE
    spg_ub_b320
    1
    100
    0.00
    318.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38491B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38491B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38491B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38491B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkrn_w
    "normierter Referenzpegel Klopfregelung"
    UWORD
    spg_uw_b1280
    1
    100
    0.00
    1279.984

    
    FORMAT "%8.3"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x384DE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkr_tst
    "Referenzpegel Klopfregelung rollierend mit Zyl.zähler"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38091E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rksum_w
    "aufsummiertes rk_w"
    UWORD
    rel_uw_b491520
    1
    100
    0.00
    491512.5

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x38563E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkte_w
    "Relativer Gemischanteil Tankentlüftung"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    RKTIlokbits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380775
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380775 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380775 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380775 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkuke_w
    "rel. Kraftstoffmasse Übergangskompensation Ersatzwert"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukg_w
    "rel. Kraftstoffmasse Übergangskompensation"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukkl_w
    "Kurz- und Langzeitanteil der UK"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukkt_w
    "rk-Kurzzeitanteil der UK totzeitverschoben (UK-Adaption)"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38152C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38152C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38152C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38152C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukkxn_w
    "Min-. Maximum von Kurzzeitanteil Kraftstoffmasse bei Übergangskompensation"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38152E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38152E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38152E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38152E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukk_w
    "rk-Kurzzeitanteil der UK"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkukl_w
    "rk-Langzeitanteil der UK"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rkuk_w
    "rel. Kraftstoffmasse Übergangskompensation ohne Verstelleingriffe"
    SWORD
    rel_sw_q0p0468
    1
    100
    -1536.000
    1535.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rk_w
    "Relative Kraftstoffmasse"
    UWORD
    rel_uw_b3072
    1
    100
    0.00
    3071.953

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381310
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381310 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381310 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381310 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl
    "relative Luftfüllung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF397
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF397 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF397 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF397 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlc_c_um
    "Fehlerzähler für rl-Vergleich mit der Funktion in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkofk_w
    "relative Luftfüllung aus DK-Signal berechnet ohne Einrechnung von fkmsdk"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381250 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381250 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkthp
    "Hochpaßgefiltertes rl-Signal"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380635
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380635 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380635 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380635 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldkthp2
    "Hochpaßgefiltertes rl-Signal, Bank2"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380636
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380636 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380636 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380636 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldte_w
    "Relative Füllung über TEV während DTEV (für Lambda-Korrektur bei AGR)"
    UWORD
    rel_q0p02344
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rldvs_w
    "relative Luftfüllung durch Drosselventile am Saugrohr 16-Bit"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381252
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381252 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381252 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381252 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfdkrof_w
    "relative Frischluft über DK bei Fehler HFM"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381254
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381254 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381254 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381254 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfdkroh_w
    "relative Frischluft über Dk vor Saugrohrmodell (ungefiltert) mit DK gemessen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381256
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381256 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381256 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381256 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgks_w
    "Korrigierte relative  Sollfrischluft (Luft, die über DK und TEV fließt)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfglm_w
    "relative Frischluft (Luft über DK und TEV) HFM-basiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381210
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381210 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381210 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381210 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfgroh_w
    "relative Frischluft über Drosselklappe vor Saugrohrmodell (ungefiltert)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381258
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381258 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381258 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381258 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlfg_w
    "relative Frischluft (Luft, die über DK und TEV fließt)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381220
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381220 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381220 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381220 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlflmroh_w
    "relative Frischluft über Dk vor Saugrohrmodell (ungefiltert) mit HFM gemessen"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38125A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38125A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38125A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38125A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlf_ptr_um
    "Pointer für Schieberegister des Lastfilters"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlf_reg_um
    ""
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3802E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlgas_w
    "Füllungsgradient über ein Arbeitsspiel bestimmt"
    SWORD
    relt_q0p02344
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38127E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38127E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38127E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38127E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlipf_l_um
    "= rlipf_low_um Nachkommastelle von rlipf_um in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p0029
    1
    100
    0.00
    0.7471

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlipf_um
    "relative Luftfüllung aus Nebenlastsignal hinter Tiefpaß in der Funktionsüberw."
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlip_c_um
    "Fehlerzähler für rl/rlip-Vergleich in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlip_um
    "relative Luftfüllung aus Nebenlastsignal für die Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllabbr2_w
    "Relative Füllung für Berechnung von labbrm2_w"
    UWORD
    rel_q0p02344
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38138C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38138C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38138C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38138C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllabbr_w
    "Relative Füllung für Berechnung von labbrm_w"
    UWORD
    rel_q0p02344
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38138E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38138E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38138E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38138E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllaso2_w
    "Relative Füllung für Lambdasollberechnung, Bank 2"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381312
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381312 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381312 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381312 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rllaso_w
    "Relative Füllung für Lambdasollberechnung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381314
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381314 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381314 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381314 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmindp_w
    "Minimale relative Füllung für Dashpot-Abschaltung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmin_w
    "minimal zulässiges rl"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmp_w
    "rel. extrapolierte Luftfuellung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38133E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38133E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38133E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38133E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlmxs_w
    "maximal erreichbare Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CE0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CE0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CE0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CE0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnotn_w
    "rel.Luftfüllung bei Haupt- und Nebenlastfehler in Abhängigkeit von nmot (word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38125C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38125C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38125C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38125C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnwkf
    "rlnw mit Hysterese für Kennfeldadressierung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384979
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384979 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384979 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384979 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnwkf_w
    "rlnw_w mit Hysterese für Kennfeldadressierung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlnw_w
    "Auswahl zwischen rl und rlsnw"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlossCtr_w
    "Zähler der jeden Task-Verlust"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3838FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlp
    "rel. Luftfüllung praediziert für Einspritzberechnung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380776 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380776 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlp_w
    "rel. Luftfüllung praediziert für Einspritzberechnung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381340
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381340 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381340 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381340 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrint_w
    "relative Luftfüllung über internes AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrohmp_w
    "rel. Luftfüllung Saugrohrzufluss bei Saugrohrdruck psmp_w (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381342
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381342 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381342 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381342 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlroh_w
    "relative Luftfüllung: Rohwert vom Lastsensor (word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38125E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38125E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38125E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38125E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlrsp_w
    "Beginn Ringspeicher relative Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x381280
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381280 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381280 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381280 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlr_w
    "relative Luftfüllung über int. und ext. AGR"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlshk
    "Soll-Füllung höhenkorrigiert"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38075A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlshk_w
    "Soll-Füllung höhenkorrigiert"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsolv_w
    "nicht begrenzte Soll-Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlsol_w
    "Soll-Füllung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3812D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlst08_uc
    "rlst08_um im Befehlstest"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381898
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381898 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381898 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381898 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlst08_um
    "Stützstelle der SSV RLV08_UM"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38032A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38032A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38032A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38032A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rltedte_w
    "Aus DTEV ermittelte relative Füllung über das Tankentlüftungsventil"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlteev_w
    "Relative Füllung verursacht durch Regeneriergas Tankentlüftung"
    UWORD
    rel_uw_b192
    1
    100
    0.00
    191.9971

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rltmso1
    "Motorsolltemperatur 1 betriebspunktabhängig"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlugd_w
    "Füllung im ungedrosselten Zustand"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlvppl
    "Relative Luftfüllung (dichtekorrigiert) für Berechnung DK-Winkel-Ersatzwert"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlvugd_w
    "unkorrigierte Füllung im ungedrosselten Zustand"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzo_um
    "obere Toleranzgrenze für rl aus Nebenlastsignal in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A04
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A04 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A04 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A04 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzuhfs_w
    "relative Luftfüllung (zufließend) mit Hauptfüllungssensor bestimmt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381260
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381260 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381260 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381260 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rlzunfs_w
    "relative Luftfüllung (zufließend) mit Nebenfüllungssensor bestimmt"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381262
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381262 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381262 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381262 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_u
    "relative Luftfüllung (Byte) für Fehlerspeicher-Umwelten"
    UBYTE
    rel_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380573
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380573 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380573 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380573 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_uc
    "relative Luftfüllung im Befehlstest"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A1D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_um
    "relative Luftfüllung in der Funktionsüberwachung"
    UBYTE
    rel_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_w
    "Relative Luftfüllung (Word)"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF39E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF39E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF39E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF39E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rl_w_um
    "relative Luftfüllung (Word) in der Funktionsüberwachung"
    UWORD
    rel_uw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38188C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38188C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38188C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38188C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rml
    "relative Luftmasse (calc. load value) nach SAE J1979"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmsl
    "relative Sekundärluftmasse"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38481D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmsl2
    "relative Sekundärluftmasse, Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38481E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmslf
    "relative Sekundärluftmasse gefiltert"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384000
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384000 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384000 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384000 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmslf2
    "relative Sekundärluftmasse gefiltert (Bank2)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384001
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384001 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384001 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384001 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmslt
    "relative Sekundärluftmasse ohne Offset- Korrektur"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38481F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38481F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38481F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38481F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmslt2
    "relative Sekundärluftmasse ohne Offset- Korrektur, Bank 2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384820 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384820 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstevf_w
    "aktueller Meßwert für relative TEV-Güte"
    SWORD
    rel_sw_b200
    1
    100
    -200.0000
    199.9939

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstevuf_w
    "aktueller, unsigned Meßwert für relative TEV-Güte"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rmstev_w
    "Langzeitgespeicherter Meßwert der relativen TEV-Güte"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384080
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384080 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384080 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384080 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romErrPage
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382ABF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romRstC_um
    "Zähler im DauerRAM für Resets bei ROM-Check-Fehler in der Init. in der FU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    romz_c_um
    "Fehlerzähler im Dauer-RAM für ROM-Prüfung (Diagnose) in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rriext_w
    "Restgas-Inertgasrate über externe AGR"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrinlsu2_w
    "Innenwiderstand der Nernstzelle der LSU 2, nicht korrigiert"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3819A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rrinlsu_w
    "Innenwiderstand der Nernstzelle der LSU, nicht korrigiert"
    UWORD
    r_q0p0391
    1
    100
    0.00
    2559.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3819A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3819A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3819A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3819A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rri_w
    "Restgas-Inertgasrate durch externe und interne AGR"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3811FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rr_w
    "Restgas-Rate (Inertgas+Luft) über internes und externes AGR"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3811FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstMon
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 12
    ECU_ADDRESS 0x384068
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384068 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384068 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384068 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstMon_um
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rstpfad
    "Reset-Pfad als Umweltbedingung für Rechnerüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rst_tv
    "Variable im Dauer-RAM zur Anforderung Reset-Tastverhältnis aus der Fkt-Überwach."
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rst_tv_active
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    rtmpks
    "Entprellzähler Fehlerwechsel nach Kurzschluß Ubatt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    r_flags_uc
    "Byte für Fehlerreaktions-Bits des Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    r_flags_um
    "Byte für Fehlerreaktions-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmcorm
    "Summierer für Lückenkorrektur um minus einen Zahn"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380585
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380585 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380585 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380585 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmcorp
    "Summierer für Lückenkorrektur um plus einen Zahn"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380586
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380586 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380586 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380586 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sbmlos_w
    "Summierer für Bezugsmarkenverluste"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383874
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383874 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383874 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383874 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    scattBits
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380568
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380568 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380568 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380568 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdnnwa_w
    "Summe delta Winkel zwischen zwei auszuwertenden NW-Flanken (Auslass)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdnnwe_w
    "Summe delta Winkel zwischen zwei auszuwertenden NW-Flanken"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382064
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382064 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382064 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382064 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdtnwa_w
    "Summe delta Zeit zwischen zwei auszuwertenden NW-Flanken (Auslass)"
    UWORD
    t_vanosPre_f4_sy
    1
    100
    0.00
    838.8480

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdtnwe_w
    "Summe delta Zeit zwischen zwei auszuwertenden NW-Flanken"
    UWORD
    t_vanosPre_f4_sy
    1
    100
    0.00
    838.8480

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382066
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382066 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382066 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382066 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdulsumx_w
    "Schwelle delta Spannung max. pro Rechentakt"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdwfk_w
    "Speicherinhalt der Wandfilmdifferenz für Kurzzeitanteil"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sdwfl_w
    "Speicherinhalt der Wandfilmdifferenz für Langzeitanteil"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    segz
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 6
    ECU_ADDRESS 0xF339
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF339 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF339 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF339 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sen_c95
    "Klopfsensoreingang am Klopfauswerte-IC"
    UBYTE
    dezsub1
    1
    100
    1.000
    256.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3808FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpaaa
    "Status Fehlerpfad: Tabellenanfang"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpaatun
    "Status Fehlerpfad: Tuningschutz"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpakre
    "Status Fehlerpfad: Abgasklappe Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpanws
    "Status Fehlerpfad: Nockenwellensteuerung (Auslaß, Bank1)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpanwse
    "Status Fehlerpfad: Nockenwellensteuerung Endstufe (Auslaß, Bank1)"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpasgnpl
    "Status Fehlerpfad: Diagnose ASG nicht plausibel"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbkvp
    "Status Fehlerpfad:  Bremskraftverstärker-Pumpe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbkvpe
    "Status Fehlerpfad: BKV-Pumpe - Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbm
    "Status Fehlerpfad: Bezugsmarkengeber"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbrems
    "Status Fehlerpfad BREMS: Bremsschalter"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpbznpl
    "Status Fehlerpfad: Botschaftszähler nicht plausibel"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcair
    "Status Fehlerpfad : Airbag-Botschaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcairp
    "Status Fehlerpfad : unpl. Airbag-Botschaft"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcas
    "Status Fehlerpfad: Diagnose CAN-Timeout ASC-Schnittstelle"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcat
    "Status Fehlerpfad: CAN-Schnittstelle, Timeout ASC"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcbr2
    "Status Fehlerpfad : Botschaft Bremse 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcbsg
    "Status Fehlerpfad : BSG-Botschaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcgat
    "Status Fehlerpfad : Gateway-Botschaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcge
    "Status Fehlerpfad: Diagnose CAN-Timeout EGS-Schnittstelle"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcgra
    "Status Fehlerpfad: CAN-Schnittstelle, Timeout Botschaft GRA"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcif
    "Status Fehlerpfad: CAN im Zustand Bus-Off"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpcins
    "Status Fehlerpfad: Diagnose CAN-Timeout Kombiinstr."
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpckla
    "Status Fehlerpfad: Diagnose CAN-Timeout Klima"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpclws
    "Status Fehlerpfad: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpctog
    "Status Fehlerpfad : TOG-Botschaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpczas
    "Status Fehlerpfad : ZAS-Botschaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk
    "Status Fehlerpfad DK: Drosselklappe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk1p
    "Status Fehlerpfad DK1P: Drosselklappe 1. Poti"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdk2p
    "Status Fehlerpfad DK2P: Drosselklappe 2. Poti"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdpl
    "Status Fehlerpfad: Dauerplus"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdsbkv
    "Status Fehlerpfad: Drucksensor Bremskraftverstärker"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdsu
    "Status Fehlerpfad: Umgebungsdrucksensor"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvee
    "Statuswort: DV-E Endstufe"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvef
    "Statuswort: DV-E Fehler bei Federprüfung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvefo
    "Statuswort: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvel
    "Statuswort: DV-E Lageabweichung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdven
    "Statuswort: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdver
    "Statuswort: DV-E Regelbereich"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvet
    "Statuswort: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveu
    "Statuswort: DV-E Fehler beim UMA-Lernen"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveub
    "Statuswort: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdveuw
    "Statuswort: UMA-Wiederlernen"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdvev
    "Statuswort: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdylsu
    "Status Fehlerpfad E_dylsu"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpdylsu2
    "Status Fehlerpfad E_dylsu, Bank 2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpegfe
    "Status Fehlerpfad: Diagose der Eingangsgrößen der Füllungserfassung"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpegsbgr
    "Status Fehlerpfad: Diagnose Getriebeeingriff"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpenws
    "Status Fehlerpfad: Nockenwellensteuerung (Einlaß, Bank1)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpenwse
    "Status Fehlerpfad: Nockenwellensteuerung Endstufe (Einlaß, Bank1)"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpepcle
    "Status Fehlerpfad: Fahrverhaltens-Fehllampe Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev1
    "Status Fehlerpfad: EV1"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev2
    "Status Fehlerpfad: EV2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev3
    "Status Fehlerpfad: EV3"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev4
    "Status Fehlerpfad: EV4"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev5
    "Status Fehlerpfad: EV5"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpev6
    "Status Fehlerpfad: EV6"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfku
    "Statuts Fehlerpfad: Diagnose Kupplung"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpflp
    "Status Fehlerpfad: Flash Programmierung"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfp1p
    "Status Fehlerpfad: Fahrpedal 1.Potentiometer"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfp2p
    "Status Fehlerpfad: Fahrpedal 2.Potentiometer"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrao
    "Status Fehlerpfad: LR-Adaption oberer multiplikativer Bereich"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrao2
    "Status Fehlerpfad: LR Adaption oberer multiplikativer Bereich (Bank2)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrau
    "Status Fehlerpfad: LR Adaption unterer multiplikativer Bereich"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrau2
    "Status Fehlerpfad: LR Adaption unterer multiplikativer Bereich (Bank2)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrst
    "Status Fehlerpfad: LR-Abweichung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpfrst2
    "Status Fehlerpfad: LR-Abweichung Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpgecod
    "Status Fehlerpfad : Getriebecodierung CAN"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpgrbh
    "Status Fehlerpfad: GRA-Bedienhebel"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphelsu
    "Status Fehlerpfad E_helsu"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphelsu2
    "Status Fehlerpfad E_helsu"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphre
    "Status Fehlerpfad: Hauptrelais Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsh
    "Status Fehlerpfad: Heizung Lambdasonde hinter Kat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsh2
    "Status Fehlerpfad: Heizung Lambdasonde 2 hinter Kat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphshe
    "Status Fehlerpfad: Endstufe Heizung Lambdasonde hinter Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphshe2
    "Status Fehlerpfad: Endstufe Heizung Lambdasonde 2 hinter Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsv
    "Status Fehlerpfad: Heizung Lambdasonde vor Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsv2
    "Status Fehlerpfad: Heizung Lambdasonde 2 vor Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsve
    "Status Fehlerpfad: Endstufe Heizung Lambdasonde vor Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfphsve2
    "Status Fehlerpfad: Endstufe Heizung Lambdasonde 2 vor Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpiclsu
    "Status Fehlerpfad E_ICLSU"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpiclsu2
    "Status Fehlerpfad E_ICLSU, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkat
    "Status Fehlerpfad: Katalysator-Überwachung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkat2
    "Status Fehlerpfad: Katalysator-Überwachung, Bank2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkpe
    "Status Fehlerpfad: EKP-Relais Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra01
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 1"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra02
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra03
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 3"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra04
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 4"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra05
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 5"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkra06
    "Status Fehlerpfad: Klopfregelanschlag Zylinder 6"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrnt
    "Status Fehlerpfad: Klopfregelung Nulltest"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrof
    "Status Fehlerpfad: Klopfregelung Offset"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkrtp
    "Status Fehlerpfad: Klopfregelung Testimpuls"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpks1
    "Status Fehlerpfad: Klopfsensor 1"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpks2
    "Status Fehlerpfad: Klopfsensor 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpks3
    "Status Fehlerpfad: Klopfsensor 3"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpks4
    "Status Fehlerpfad: Klopfsensor 4"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpkuppl
    "Status Fehlerpfad KUPPL: Gebergröße Kupplung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplash
    "Status Fehlerpfad: Lambdasondenalterung hinter Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplash2
    "Status Fehlerpfad: Lambdasondenalterung hinter Kat Bank2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplavh
    "Status Fehlerpfad: Lambdasondenalterung (Vollastprüfung) hinter Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplavh2
    "Status Fehlerpfad: Lambdasondenalterung (Volllastprüfung) hinter Kat, Bank 2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpldpe
    "Status Fehlerpfad: Leckdiagnosepumpe - Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpllr
    "Status Fehlerpfad: Leerlaufregelung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplm
    "Status Fehlerpfad: Hauptfüllungssensor"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsh
    "Status Fehlerpfad: Diagnose Lambdasonde hinter Kat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsh2
    "Status Fehlerpfad: Diagnose Lambdasonde hinter Kat Bank2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplshv
    "Status Fehlerpfad: Lambdasonden-Vertauschung hinter Kat"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuia
    "Status Fehlerpfad: LSU-Leitung IA: Unterbrechung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuia2
    "Status Fehlerpfad: LSU-Leitung IA defekt, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuip
    "Status Fehlerpfad: LSU-Leitung IP defekt"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuip2
    "Status Fehlerpfad: LSU-Leitung IP defekt, Bank2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuks
    "Status Fehlerpfad: LSU-Leitungen haben Kurzschluß"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuks2
    "Status Fehlerpfad: LSU-Leitungen haben Kurzschluß, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuun
    "Status Fehlerpfad: LSU-Leitung UN defekt"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuun2
    "Status Fehlerpfad: LSU-Leitung UN defekt, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuvm
    "Status Fehlerpfad: LSU-Leitung VM defekt"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsuvm2
    "Status Fehlerpfad: LSU-Leitung VM defekt, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsv
    "Status Fehlerpfad: Diagnose Lambdasonde vor Kat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsv2
    "Status Fehlerpfad: Diagnose Lambdasonde vor Kat Bank2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplsvv
    "Status Fehlerpfad: Diagnose Lambdasonde vertauscht vor Kat"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplue1
    "Status Fehlerpfad: Lüfter 1"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfplues1e
    "Status Fehlerpfad: Lüfterendstufe 1"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpma
    "Status Fehlerpfad: Diagnose Motor aus"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd
    "Statuswort:  Aussetzer, Summenfehler (multiple)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd00
    "Statuswort:  Aussetzer Zündung 0"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd01
    "Statuswort:  Aussetzer Zündung 1"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd02
    "Statuswort:  Aussetzer Zündung 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd03
    "Statuswort:  Aussetzer Zündung 3"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd04
    "Statuswort:  Aussetzer Zündung 4"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmd05
    "Statuswort:  Aussetzer Zündung 5"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmdb
    "Status Fehlerpfad: Momentanüberwachung begrenzt dauerhaft"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpmfa
    "Status Fehlerpfad: MIL-Fremdanforderung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpn
    "Status Fehlerpfad: Drehzahlgeber"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnwkw
    "Status Fehlerpfad: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnwkw2
    "Status Fehlerpfad: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpnx
    "Statuswort: Überdrehzahl"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpph
    "Status Fehlerpfad: Phasengeber"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpph2
    "Status Fehlerpfad: Phasengeber Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfppllsu
    "Status Fehlerpfad E_pllsu"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfppllsu2
    "Status Fehlerpfad E_pllsu2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfppwgde
    "Status Fehlerpfad Pedalwertgeber Drifterkennung"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfprkat
    "Status Fehlerpfad: LR Adaption additive Korrektur pro Zeit"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfprkat2
    "Status Fehlerpfad: LR Adaption additive Korrektur pro Zeit (Bank 2)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfprkaz
    "Status Fehlerpfad: LR Adaption additive Korrektur pro Zündung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfprkaz2
    "Status Fehlerpfad: LR Adaption additive Korrektur pro Zündung (Bank 2)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpscr
    "Status Fehlerpfad: CRAS-Signal"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsgeep
    "Status Fehlerpfad: Steuergerät defekt (EEPROM)"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsgeew
    "Status Fehlerpfad: Steuergerät defekt (EEPROM WFS)"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpslpe
    "Status Fehlerpfad: Sekundärluftpumpe Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsls
    "Status Fehlerpfad: Diagnose Sekundärluftsystem"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsls2
    "Status Fehlerpfad: Diagnose Sekundärluftsystem, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpslv
    "Status Fehlerpfad: Diagnose Sekundärluftventil"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpslv2
    "Status Fehlerpfad: Diagnose Sekundärluftventil, Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpslve
    "Status Fehlerpfad: Sekundärluftventil Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpsue
    "Status Fehlerpfad: Endstufe Saugrohrumschaltung"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpswe
    "Status Fehlerpfad: Schlechtwegerkennung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpta
    "Status Fehlerpfad: Ansauglufttemperatur (Ladeluft-) TANS"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptankl
    "Statuswort : tankl <Tank leer>"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptes
    "Status Fehlerpfad: Tankdiagnose, TEV defekt offen"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptesf
    "Status Fehlerpfad: Tankdiagnose, Feinleck"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptesg
    "Status Fehlerpfad: Tankdiagnose, Grobleck"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpteve
    "Status Fehlerpfad: Tanklüftungsventil Endstufe"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpteve2
    "Status Fehlerpfad: Tanklüftungsventil Endstufe Bank 2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383830 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383830 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptka
    "Status Fehlerpfad: Temperatur Kühlerausgang"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptm
    "Status Fehlerpfad: Motortemperatur TMOT"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptmki
    "Status Fehlerpfad: Motortemperatur aus Kombiinstrument TMKI"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptol
    "Status Fehlerpfad: (Motor-) Oeltemperatur TOL"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfptum
    "Status Fehlerpfad: Umgebungstemperatur TUM"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpub
    "Status Fehlerpfad: Batteriespannung UB (Bordnetz)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpubr
    "Status Fehlerpfad: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufmv
    "Statuswort: Funktionsüberwachung: Momentenvergleich"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufnc
    "Statuswort: Funktionsüberwachung:Drehzahlgeber-,Zuleitung- oder SG-Fehler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufrlip
    "Statuswort: Funktionsüberwachung: Lastsensor-,Zuleitung oder SG-Fehler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufsga
    "Statuswort: Funktionsüberwachung:SG-Fehler Gruppe a"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufsgb
    "Statuswort: Funktionsüberwachung:SG-Fehler Gruppe b"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufska
    "Statuswort: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpufspsc
    "Statuswort: Funktionsüberwachung:Pedalwergeber-,Zuleitung-oder SG-Fehler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpulsu
    "Status Fehlerpfad E_ulsu"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpulsu2
    "Status Fehlerpfad E_ulsu, Bank 2"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurram
    "Statuswort: Rechnerüberwachung: RAM"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurrom
    "Statuswort: Rechnerüberwachung: ROM"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpurrst
    "Statuswort: Rechnerüberwachung: Reset"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpvfz
    "Status Fehlerpfad: Fahrzeuggeschwindigkeit"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpwfs
    "Status Fehlerpfad: Wegfahrsperre"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpwfsrc
    "Status Fehlerpfad: Wegfahrsperre RC-Glied"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet1
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE1  Status Fehlerpfad: Diagnose Zündtr"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet2
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE2  Status Fehlerpfad: Diagnose Zündtr"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet3
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE3  Status Fehlerpfad: Diagnose Zündtr"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet4
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE4"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet5
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE5"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzet6
    "Status Fehlerpfad: Diagnose Zündtreiber ZUE6"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzwpe
    "Status Fehlerpfad: Zusatzwasserpumpe (Endstufe)"
    UWORD
    default
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sfpzzz
    "Dummy: Tabellenende"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38386C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sgsc_c_uc
    "Fehlerzähler für Getriebeüberwachung des Befehlstestes"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x380A03
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A03 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A03 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A03 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sgsc_c_um
    "Fehlerzähler für Getriebeüberwachung der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sigError
    "Sig Error DKMTR aufgetreten"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x384C64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    skapfad
    "SKA-Pfad als Umweltbedingung für Funktionsüberwachungs-Diagnoseeintrag"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A45
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A45 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A45 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A45 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slfofo_w
    "aktueller interpolierter Wert aus SLFOFO1/2N"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slfofu_w
    "aktueller interpolierter Wert aus SLFOFU1/2N"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr
    "Inkrementverfeinerung Schliessbeginnwinkel in 0.75 Grad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF216
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF216 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF216 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF216 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr2
    "Inkrementverfeinerung Schliessbeginnwinkel Überlappung nach Klopfen in 0,75 Grad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF217
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF217 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF217 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF217 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsninkr_r
    "Inkrementverfeinerung Schliessbeginnwinkel in 0.75 Grad abs. Winkel bzgl .TR0"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF218
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF218 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF218 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF218 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn
    "Schliessbeginnwinkel in Zahnquantisierung 6 Grad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF219
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF219 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF219 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF219 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn2
    "Schliessbeginnwinkel in Zahnquantisierung für Überlappung nach Klopfen 6 Grad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF21A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF21A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF21A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF21A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    slsnzahn_r
    "Schliessbeginnwinkel in Zahnquantisierung 6 Grad abs. Winkel bzgl. TR Zyl.0"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF21B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF21B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF21B 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF21B INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sn2zkact
    "Zeiger auf geschloßenen Zündkreis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF234
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF234 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF234 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF234 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sn2zkvek
    "Nächster zu schließender Zündkreis 2tes Schließereignis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF236
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF236 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF236 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF236 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snobm
    "Summierer für nicht gefundene Bezugsmarken im Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snzkact
    "Zeiger auf geschloßenen Zündkreis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF238
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF238 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF238 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF238 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    snzkvek
    "Nächster zu schließender Zündkreis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF23A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF23A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF23A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF23A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1p_a_um
    "10ms alter Wert f. Sollwert-Poti 1 (PWG) vom Überwachungsmodul für den ADC-Test"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380311
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380311 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380311 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380311 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1p_st_um
    "Stationärzähler für Sollwertpoti 1 vom Überwachungsmodul"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380312
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380312 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380312 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380312 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_a_um
    "10ms alter Wert f. Sollwert-Poti 1 (PWG) für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380313
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380313 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380313 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380313 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_st_um
    "Stationärzähler für Sollwertpoti 1"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380314
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380314 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380314 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380314 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp1s_um
    "aktueller Wert für Sollwert-Poti 1 (PWG) für die Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sp2ds_um
    "Verdoppelte aktueller Wert für Sollwert-Poti 2 (PWG) für die Fktüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spnst08_uc
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsc_c_um
    "Fehlerzähler bei zueinander unplausiblen Sollwerten in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsnst08_um
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38032C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38032C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38032C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38032C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsn_uc
    "Pedalwert (8 Bit) im Befehlstest"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A27
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A27 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A27 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A27 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    spsn_um
    "Pedalsollwert (8 Bit) in der Funktionsüberwachung"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3802F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    srst_c_um
    "Zähler im Dauer-RAM für Software-Reset (Diagnose) aus der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stactr
    "Startadaptionscounter"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38078D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    STADAPlokBits
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statcjx
    "Änderungs-, bzw. Wartezustand des CJ12x"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statcjx2
    "Änderungs-, bzw. Wartezustand des CJ12x, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    StateActionID
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384843
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384843 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384843 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384843 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateaevab
    "Nr des aktiven Zustandes in AEVAB"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380773
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380773 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380773 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380773 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateflp_w
    "Status der Flashprogrammierung: 0xA5F0 bedeutet Fehler, sonst fehlerfrei"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    StateID
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384844 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384844 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stateQsyn
    "Zustand der Schnellstart State-Machine GEN_QSYN"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statetnwa
    "Anzeige: aktueller Zustand bei Ansteuerung Auslaßnockenwelle durch Tester"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statetnwe
    "Anzeige: aktueller Zustand bei Ansteuerung Einlaßnockenwelle durch Tester"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statgesc
    "Status dynamischer Getriebe-Eingriff"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statgezc
    "Status langfristiger Getriebe-Eingriff"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statgra
    "Status GRA für Ausgabe auf CAN"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statnwshka
    "Anzeige: aktueller Zustand Schütteln Auslaßnockenwelle"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380ACF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380ACF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380ACF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380ACF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statnwshke
    "Anzeige: aktueller Zustand Schütteln Einlaßnockenwelle"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AD0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AD0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statwkc
    "Wandlerkupplungs-Status aus Getriebebotschaft"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    statwk_c
    "Status Wandlerkupplung aus der Bot. Getriebe 1 (nicht plausibilisiert)"
    UBYTE
    DEZ
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38051C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrab_w
    "Statuswort Abschaltbedingungen Fahrgeschwindigkeitsregler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381186
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381186 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381186 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381186 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrbs_w
    "Statuswort Bediensignale Fahrgeschwindigkeitsregler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38118E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38118E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38118E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38118E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stfgrfl
    "Statusbyte FGR-Funktionslogik"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380733
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380733 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380733 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380733 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrax
    "Index für KR-Adaptionskennfeld"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380943
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380943 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380943 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380943 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrlx
    "Laststützstelle für die KR-Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380944
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380944 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380944 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380944 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stkrnx
    "Drehzahlstützstelle für die KR-Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380945
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380945 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380945 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380945 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    stuetz
    "Drehzahladaptionsbereich bei Auslösung der Lastdynamik"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumdol_w
    "aufsummierte Differenz Ölfüllstand"
    SWORD
    vol_sw_q2ml
    1
    100
    -65536.00
    65534.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384AE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumode
    "Zustand der Saugrohrumschaltung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38075E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumolfst_w
    "aufsummierter Ölfüllstand pro TOG-Botschaft"
    SWORD
    vol_sw_q0p25
    1
    100
    -8192.000
    8191.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AE4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AE4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AE4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AE4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumulsu2_l
    "Summenregister für Mittelwertbildung, Bank 2"
    ULONG
    spg_q0p00488
    1
    100
    0.00
    81920.0000000

    
    FORMAT "%13.7"
    
    ECU_ADDRESS 0x3818B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B6 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B6 EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sumulsu_l
    "Summenregister für Mittelwertbildung"
    ULONG
    spg_q0p00488
    1
    100
    0.00
    81920.0000000

    
    FORMAT "%13.7"
    
    ECU_ADDRESS 0x3818BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818BA 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818BA EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swOffD2Bits
    "Bit-Basis für Verzögerungsanforderungen im Nachlauf"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3838F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swOffDlBits
    "Bit-Basis für Verzögerungsanforderungen im Nachlauf"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3838F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swolfst_w
    "dynamisch kompensierte Ölfüllstandschwelle"
    UWORD
    s_uw_q62p5mm
    1
    100
    0.00
    4095.938

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384AE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    swout
    "Schließwinkel"
    UWORD
    zw_azue_sy
    1
    100
    0.00
    49151.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF23C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF23C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF23C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF23C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    synstate
    "Aktueller Synchronisierzustand"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    synstate_o
    "Sychronisationszustand des vorherigen Synchros"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    systemStackUsage
    ""
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38559C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38559C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38559C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38559C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szfuba_w
    "Schließzeit Funkenband"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szout_w
    "Schließzeitausgabe"
    UWORD
    txms_uw_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3820FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    szrl_w
    "korrigierte Schließzeit zur Winkelausgabe"
    UWORD
    txms_uw_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382100
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382100 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382100 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382100 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    sztcalc_w
    "Schliesszeit in Timer 1 Inkrementen"
    UWORD
    DEZL
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382102
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382102 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382102 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382102 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_ac
    "Klima-Anforderung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x400
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_acw
    "Klima-Anforderung aktiv über Schalter oder CAN (nach Konfiguration)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_bls
    "Schalter Bremslicht"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_brs
    "Schalter Bremstest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrat
    "Schalter Aus-Tip am FGR-Bedienhebelschalter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrhs
    "Hauptschalter am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrsv
    "Schalter Setzen/Verzögern am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fgrwb
    "Schalter Wiederaufnahme/Beschleunigen am FGR-Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    s_flags_uc
    "Byte für Status-Bits des Befehlstests"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    s_flags_um
    "Byte für Status-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_fs
    "Schalter Fahrstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x800
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD1A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD1A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_hds
    "P54"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD10 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD10 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_kd
    "Schalter Kick Down"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_kl15
    "Schalter Klemme 15"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD84 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD84 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_ko
    "Kompressoranforderung aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_kupp
    "Schalter Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_NLENAS
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDAE 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDAE INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_schao_um
    "Gangwechsel findet statt (Kopie für ebene 2')"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3802C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    S_tal
    "Schalter Tank leer bzw. Reserve"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD86 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD86 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabadd_w
    "Zeit zwischen KL15 ein und Start"
    UWORD
    t_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384052
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384052 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384052 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384052 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabcan_w
    "Standzeit aus Kombi-Botschaft"
    UWORD
    t_q4_s
    1
    100
    0.00
    262140.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ABC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ABC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgbts_w
    "Abgastemperatur für Bauteileschutz"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgkmtr
    "Gefilterte Abgastemperatur für KMTR"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3849B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgkrm2_w
    "Abgastemperatur im Krümmer aus Modell, Bank2"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B60
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B60 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B60 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B60 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgkrm_w
    "Abgastemperatur im Krümmer aus Modell"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B62
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B62 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B62 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B62 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm
    "Abgastemperatur vor Kat aus Modell"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38485C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm2
    "Abgastemperatur vor Kat aus Modell Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38485D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm2_w
    "Abgastemperatur vor Kat aus Modell (Word) Bank2"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgmab
    "Abgastemperatur beim Abstellen des Motors"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgmab2
    "Abgastemperatur beim Abstellen des Motors (Modell) Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgmst
    "Abgastemperatur bei Motorstart"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38485E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgmst2
    "Abgastemperatur bei Motorstart Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38485F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38485F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38485F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38485F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgm_w
    "Abgastemperatur vor Kat aus Modell (Word)"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabgsant_w
    "stationäre Brennraumtemperatur durch Restgasanteil"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsnl0_w
    "Abstellzeit aus SG-Nachlauf"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384058
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384058 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384058 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384058 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsnl_w
    "Abstellzeit aus SG-Nachlauf"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabstatm_w
    "Abstellzeit im SG-Nachlauf für ATM"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384B68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabstmx_w
    "Abstellzeit Maximumabfrage für ATM"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38388E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38388E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38388E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38388E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabstm_w
    "Abstellzeit aus Abkühlung des Motors"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabststp
    "Zeitzähler für Funktionsabschaltung"
    UBYTE
    t50msxs_ub_b12p75
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848EC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848EC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabst_w
    "Abstellzeit"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsuhr0_w
    "Abstellzeit aus Uhrinformation vor Überlaufkorrektur"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381504
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381504 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381504 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381504 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tabsuhr_w
    "Abstellzeit aus Uhrinformation"
    UWORD
    t1sxs_uw_q1
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384D78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadtea
    "rel. TEV-Öffnung aus Tankentlüftungsdiagnose"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384964
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384964 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384964 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384964 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tadteazs
    "Letzter Tastverhältniswert aus Tankentlüftungsdiagnose"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384965
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384965 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384965 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384965 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahrlsu2_w
    "Tastverhältnis für Lambdasondenheizung, Bank 2"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahrlsu_w
    "Tastverhältnis für Lambdasondenheizung"
    UWORD
    rel_uw_b200
    1
    100
    0.00
    199.9969

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahso2_w
    "Abgastemperatur an Sonde hinter Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C16 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C16 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsoab2_w
    "Abgastemperatur beim Abstellen des Motors an Sonde hinter Kat aus Modell, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsoab_w
    "Abgastemperatur beim Abstellen des Motors an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsom2_w
    "Abgastemperatur an Sonde hinter Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsomf2_w
    "gefilterte Abgastemperatur an Sonde hinter Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsomf_w
    "gefilterte Abgastemperatur an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahsom_w
    "Abgastemperatur an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C1E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C1E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tahso_w
    "Abgastemperatur an Sonde hinter Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C20 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C20 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikr2_w
    "Abgastemperatur im Krümmer (Bank 2)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A64
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A64 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A64 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A64 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrm2_w
    "Abgastemperatur im Krümmer (Zusammenführung aller Zylinder) aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikrm_w
    "Abgastemperatur im Krümmer (Zusammenführung aller Zylinder) aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    taikr_w
    "Abgastemperatur im Krümmer"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takols
    "Klimakompressor-Signal als PWM-Signal"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384804 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384804 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrkf
    "stationäre Krümmerabgastemperatur ohne Korrekturen"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384860 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384860 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrkf2
    "Stationäre Krümmergastemperatur ohne Korrekturen Bank 2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384861
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384861 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384861 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384861 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrstc
    "stationäre Abgastemperatur im Krümmer in Grad Celsius"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384862 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384862 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    takrstc2
    "Stationäre Abgastemperatur im Krümmer Bank 2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384863
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384863 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384863 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384863 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    talsum2_w
    "Abgastemperatur am LSU-Sechskant aus Modell o. Offset aus Doppeleinspritzung, B2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C0A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C0A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C0A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C0A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    talsum_w
    "Abgastemperatur am LSU-Sechskant aus Modell ohne Offset aus Doppeleinspritzung"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C0C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C0C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C0C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C0C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    talt_um
    "Timerwert des vorhergehenden Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38031A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38031A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38031A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38031A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tamax
    "maximal aufgetretene Ansauglufttemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tamin
    "minimal aufgetretene Ansauglufttemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanhkm2_w
    "Abgastemperatur nach Hauptkat aus Modell, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanhkm_w
    "Abgastemperatur hinter Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C28 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C28 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tankl_E_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E22
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E22 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E22 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E22 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tankl_fsp_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E24
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E24 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E24 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E24 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tankl_nt_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383870 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383870 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tankl_tl_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x383872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383872 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383872 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tankl_Z_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tans
    "Ansaugluft-Temperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansab
    "Ansauglufttemperatur beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829DB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansabk_w
    "Ansauglufttemperatur beim Abstellen intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3838DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanskhst
    "Ansaugluft - Temperatur bei start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38490C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38490C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38490C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38490C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansk_w
    "Ansaugluft - Temperatur in GrdC,  intern in Kelvin gerechnet"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384DA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanslin
    "Ansauglufttemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tansst
    "Ansaugluft-Temperatur bei Start"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A67
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A67 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A67 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A67 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tans_um
    "Ansaugluft-Temperatur in der Funktionsüberwachung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvk2_w
    "Abgastemperatur nach dem Vorkat, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C2A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C2A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkm2_w
    "Modellierte Abgastemperatur hinter dem Vorkatalysator, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C2C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C2C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvkm_w
    "Modellierte Abgastemperatur hinter dem Vorkatalysator"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C2E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C2E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C2E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C2E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanvk_w
    "Abgastemperatur nach dem Vorkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C30
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C30 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C30 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C30 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwda_w
    "Tastverhältnis D-Anteil NW- Lageregler Auslaß"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwde_w
    "Tastverhältnis D-Anteil NW- Lageregler Einlaß"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382068
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382068 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382068 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382068 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwdza_w
    "Differenz Tastverhältnis bei Aktivierung D-Anteil  Lageregler Nockenwelle Auslaß"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwdze_w
    "Differenz Tastverhältnis bei Aktivierung D-Anteil  Lageregler Nockenwelle Einlaß"
    SWORD
    rel_sw_b100
    1
    100
    -100.0000
    99.99695

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38206A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38206A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38206A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38206A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwoda_w
    "Tastverhältnis D-Anteil NW- Lageregler Auslaß alter Wert"
    UWORD
    tv_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwode_w
    "Tastverhältnis D-Anteil NW- Lageregler Einlaß alter Wert"
    UWORD
    tv_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38206C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38206C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38206C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38206C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwpa_w
    "Tastverhältnis für Auslaß-NW-Verstellung P-Anteil (word)"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwpe_w
    "Tastverhältnis für Einlaß-NW-Verstellung P-Anteil (word)"
    SWORD
    rel_sw_b50
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38206E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38206E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38206E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38206E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwra
    "Tastverhältnis Nockenwellenregelung Auslaß"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B0F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B0F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B0F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B0F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwraa
    "Tastverhältnis Nockenwellenregelung Auslaß, Ansteuerung Endstufe"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B10 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B10 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwre
    "Tastverhältnis Einlaßnockenwellenregelung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwrea
    "Tastverhältnis Einlaßnockenwellenregelung Ansteuerung Endstufe"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AF7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwrha_w
    "Adaptiertes Halte-Tastverhältnis NW-Regelung Auslaß"
    UWORD
    tv_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tanwrhe_w
    "Adaptiertes Halte-Tastverhältnis NW-Regelung Einlass"
    UWORD
    tv_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382070
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382070 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382070 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382070 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tas_w
    "Zeit über ein Arbeitsspiel für rlgas_w"
    UWORD
    t_q16us
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x381290
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381290 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381290 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381290 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatakrml
    "Ausgang aus PT1-Glied Abgastemperatur-Einfluß auf tabgkrm"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384864 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384864 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatakrml2
    "Ausgang aus PT1-Glied Abgastemperatur-Einfluß auf tabgkrm, Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384865
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384865 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384865 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384865 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateist
    "aktuelles Ist-Tastverhältnis Tankentlüftungsventil"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateist_w
    "aktuelles Ist-Tastverhältnis Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateout
    "ausgegebenes Tastverhältnis für Tankentlüftungsventil"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A9D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateout_w
    "ausgegebenes Tastverhältnis für Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateroh
    "Rohwert Tastverhältnis TEV"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tateroh_w
    "Rohwert Tastverhältnis TEV (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatesoll
    "gewünschtes Soll-Tastverhältnis Tankentlüftungsventil"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A9F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A9F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A9F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A9F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatesoll_w
    "gewünschtes Soll-Tastverhältnis Tankentlüftungsventil (16 Bit)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381AF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmaml
    "Ausgang aus PT1-Glied Abgastemperatur-Einfluß auf tabgm"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384866 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384866 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmaml2
    "Ausgang aus PT1-Glied Abgastemperatur-Einfluß auf tabgm, Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384867
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384867 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384867 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384867 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmkf
    "Abgastemperatur vor Kat aus Kennfeld KFTATM"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384868 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384868 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmkf2
    "Abgastemperatur vor Kat aus Kennfeld KFTATM Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384869
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384869 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384869 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384869 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmrml
    "Ausgang aus PT1-Glied Rohrwandtemperatur-Einfluß auf tabgm"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmrml2
    "Ausgang aus PT1-Glied Rohrwandtemperatur-Einfluß auf tabgm, Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmsta
    "Abgastemperatur vor Kat aus Modell stationär"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatmsta2
    "Abgastemperatur vor Kat aus Modell stationär Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatrkrml
    "Ausgang aus PT1-Glied Rohrwandtemperatur-Einfluß auf tabgkrm"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatrkrml2
    "Ausgang aus PT1-Glied Rohrwandtemperatur-Einfluß auf tabgkrm, Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38486F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38486F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38486F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38486F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatu
    "Ansaugluft- oder Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384870
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384870 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384870 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384870 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatuk
    "Ansaugluft- oder Umgebungstemperatur, Ausgabe in Grad C, intern in Kelvin"
    UBYTE
    temp_q6_o273
    1
    100
    -273.1
    1257.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38489C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tatuk_w
    "Ansaugluft- oder Umgebungstemperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1256.850

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavhkm2_w
    "Abgastemperatur vor Hauptkat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C34
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C34 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C34 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C34 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavhkm_w
    "Abgastemperatur vor Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavrom2_w
    "Abgastemperatur im Rohrstück vor Vorkat modelliert (Bank2)"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavrom_w
    "Abgastemperatur im Rohrstuck nach Krümmer modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavso2_w
    "Abgastemperatur an Sonde vor Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsoab2_w
    "Abgastemperatur beim Abstellen des Motors an Sonde vor Kat aus Modell, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsoab_w
    "Abgastemperatur beim Abstellen des Motors an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsom2_w
    "Abgastemperatur an Sonde vor Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavsom_w
    "Abgastemperatur an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavso_w
    "Abgastemperatur an Sonde vor Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvk2_w
    "Abgastemperatur vor dem Vorkat, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvkm2_w
    "Abgastemperatur vor Vorkat aus Modell, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvkm_w
    "Abgastemperatur vor Vorkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tavvk_w
    "Abgastemperatur vor dem Vorkat"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tbdbkvp_l
    "Betriebsdauer BKV-Pumpe(long)"
    ULONG
    t20msxs_uw_q0p02
    1
    100
    0.00
    85899345.9000

    
    FORMAT "%13.4"
    
    ECU_ADDRESS 0x383B08
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383B08 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383B08 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383B08 EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tbdbkvp_w
    "Betriebsdauer BKV-Pumpe(word)"
    UWORD
    t20msxs_q40p96
    1
    100
    0.00
    2684314.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x38214C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38214C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38214C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38214C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tbrraum_w
    "gesamte Brennraumtemperatur stationär- und Dynamikanteil"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CD2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CD2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CD2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CD2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TB_eieo18
    "temporäre Bedingung: FGR communication check error"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TB_eieo19a
    "Temporäre Bedingung: FGR sequence check error"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TB_eieo19b
    "temporäre Bedingung: FGR sequence check error"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TB_eieo19c
    "temporäre Bedingung: FGR sequence check error"
    UBYTE
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3806AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6kata
    "Anzahl der Ausgabe-Codes SCAN-Tool Mode6 aus Kat-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6katc
    "Ausgabe-Code SCAN-Tool Mode 6 aus KAT-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6katc2
    "Ausgabe-Code SCAN-Tool Mode 6 aus KAT-Diagnose, Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6kats
    "Ausgabe Schwellwert SCAN-Tool Mode 6 aus KAT-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6kats2
    "Ausgabe Schwellwert SCAN-Tool Mode 6 aus KAT-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6katw
    "Ausgabe Prüfwert SCAN-Tool Mode 6 aus KAT-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6katw2
    "Ausgabe Prüfwert SCAN-Tool Mode 6 aus KAT-Diagnose, Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tesc
    "Ausgabe-Code SCAN-Tool Mode 6 aus TES-Diagnose"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384027
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384027 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384027 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384027 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tess
    "Ausgabe Schwellwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384082
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384082 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384082 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384082 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tc6tesw
    "Ausgabe Prüfwert SCAN-Tool Mode 6 aus TES-Diagnose"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384084
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384084 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384084 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384084 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcap_um
    "Timerwert des aktuellen Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38031C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38031C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38031C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38031C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcclkldf_w
    ""
    UWORD
    t100msxms_uw_b209
    1
    100
    0.00
    209.7218

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD12E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD12E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD12E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD12E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tccpkldf_w
    ""
    UWORD
    t100msxms_uw_b209
    1
    100
    0.00
    209.7218

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD140
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD140 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD140 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD140 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcmilas
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384845
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384845 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384845 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384845 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcmilrb
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384846 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384846 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tcmilvt
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384847
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384847 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384847 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384847 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tddnwnpa_w
    "Entprellzeit für Setzen des Fehler für unplausible Stellung  Auslaßnockenwelle"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385632 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385632 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tddnwnpe_w
    "Entprellzeit für Setzen des Fehler für unplausible Stellung  Einlaßnockenwelle"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385612
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385612 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385612 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385612 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdknach_w
    "Zeitzähler im Nachlauf bis stromlose DK in NLP einschwingt"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381142
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381142 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381142 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381142 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdtesta
    "Zeit DTEV Aufsteuerprüfung aktiv"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384966
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384966 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384966 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384966 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tdtetevo
    "Zeit Tastverhälnis aus DTEV größer Schwelle"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384967
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384967 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384967 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384967 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    te2_w
    "Effektive Einspritzzeit Bank2 (word)"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38131A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38131A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38131A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38131A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tef_w
    "effektive Einspritzzeit"
    UWORD
    t16usxms_uw_b1048
    1
    100
    0.00
    1048.564

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380C18
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C18 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C18 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C18 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tempin
    "Temperatur Eingang (Adressierung von FWFTBRTA)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    temp_b_wert
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38091F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38091F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38091F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38091F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tengoff0_l
    "Zeitpunkt des Motorausschaltens"
    ULONG
    t1sxs_uw_q1
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384054
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384054 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384054 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384054 EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tengoff_l
    "Zeitpunkt des Motorausschaltens"
    ULONG
    t1sxs_uw_q1
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384D66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D66 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D66 EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tengon_l
    "Zeitpunkt des Motorstarts"
    ULONG
    t1sxs_uw_q1
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384D6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6A 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6A EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tephc
    "Phasenzähler Grundadaption / Tankentlüftung"
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    test_wub
    ""
    UBYTE
    spg_ubatt
    1
    100
    0.00
    17.95

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfa2_w
    "effektive Einspritzzeit vor Feinabgleich (word)"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38131C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38131C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38131C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38131C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfakge_w
    "Adressierung Kennfeld FKKVS mit effektiver Einspritzzeit vor Feinabgleich"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38131E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38131E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38131E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38131E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevfa_w
    "effektive Einspritzzeit vor Feinabgleich (word)"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381320
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381320 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381320 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381320 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tevper
    "Periodendauer bei Ansteuerung Tankentlüftungsventil"
    UBYTE
    t500usxms_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38495B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texkor
    "Korrektur der exothermen Temperaturerhöhung im Kat texom_w"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384871
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384871 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384871 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384871 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texkor2
    "Korrektur der exothermen Temperaturerhöhung im Kat texom2_w, Bank2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384872
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384872 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384872 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384872 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texml
    "Exotherme Temperaturerhöhung im Kat für tkatm aus Kennlinie"
    SBYTE
    temp_q5
    1
    100
    -640.0
    635.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384873
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384873 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384873 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384873 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texml2
    "Exotherme Temperaturerhöhung im Kat für tkatm aus Kennlinie, Bank2"
    SBYTE
    temp_q5
    1
    100
    -640.0
    635.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384874
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384874 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384874 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384874 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texoikm2_w
    "Exotherme Temperaturerhöhung im Kat  für tikatm, Bank2"
    SWORD
    temp_q0p0195
    1
    100
    -640.0000
    639.9805

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texoikm_w
    "Exotherme Temperaturerhöhung im Kat für tikatm"
    SWORD
    temp_q0p0195
    1
    100
    -640.0000
    639.9805

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texom2_w
    "Exotherme Temperaturerhöhung im Kat  für tkatm2, Bank2"
    SWORD
    temp_q0p0195
    1
    100
    -640.0000
    639.9805

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    texom_w
    "Exotherme Temperaturerhöhung im Kat für tkatm"
    SWORD
    temp_q0p0195
    1
    100
    -640.0000
    639.9805

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    te_w
    "Effektive Einspritzzeit (word)"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381322
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381322 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381322 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381322 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfrgsant_w
    "stationäre Brennraumtemperatur durch Frischgasanteil"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfst
    "Tankfüllstand"
    UBYTE
    vol_q1_l
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38051D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfwdksom_w
    "Zeitkonstante für Filterung Drosselklappenwinkel ohne Momentenstruktur"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3812F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tfwdks_w
    "Zeitkonstante für wdks Filterung"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x3812BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thhaist
    "Auszeit für Sondenheizung hinter Kat"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384897
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384897 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384897 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384897 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thhaist2
    "Auszeit für Sondenheizung2 hinter Kat"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384898
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384898 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384898 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384898 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thhat
    "unkorrigierte Ausschaltzeit der Sondenheizung hinter Kat"
    UBYTE
    t10msxs_q0p01_o0p05
    1
    100
    -0.05000
    2.500

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384899
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384899 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384899 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384899 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thhat2
    "unkorrigierte Ausschaltzeit der Sondenheizung 2 hinter Kat"
    UBYTE
    t10msxs_q0p01_o0p05
    1
    100
    -0.05000
    2.500

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38489A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thlsuip2_w
    "Entprellzeit zum Heilen des Fehlerpfades LSUIP, Bank 2"
    UWORD
    t_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xC798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thlsuip_w
    "Entprellzeit zum Heilen des Fehlerpfades LSUIP"
    UWORD
    t_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xC79A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xC79A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xC79A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xC79A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thxlsum2_w
    "Sondensechskanttemperatur der LSU, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C0E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C0E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    thxlsum_w
    "Sondensechskanttemperatur der LSU"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C10
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C10 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C10 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C10 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti2_w
    "Einspritzzeit für Zylinder 2 (word)"
    UWORD
    tinjection5_sy
    1
    100
    0.00
    1048.560

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381324
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381324 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381324 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381324 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiexkor
    "Korrektur der exothermen Temperaturerhöhung im Kat texoikm_w"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384875
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384875 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384875 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384875 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiexkor2
    "Korrektur der exothermen Temperaturerhöhung im Kat texoikm2_w, Bank2"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384876
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384876 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384876 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384876 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiexml
    "Exotherme Temperaturerhöhung im Kat für tikatm aus Kennlinie"
    SBYTE
    temp_q5
    1
    100
    -640.0
    635.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384877
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384877 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384877 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384877 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tiexml2
    "Exotherme Temperaturerhöhung im Kat für tikatm aus Kennlinie, Bank2"
    SBYTE
    temp_q5
    1
    100
    -640.0
    635.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384878
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384878 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384878 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384878 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatm
    "Abgastemperatur im Katalysator aus Modell"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384879
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384879 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384879 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384879 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatm2
    "Abgastemperatur im Katalysator aus Modell Bank 2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38487A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatm2_w
    "Abgastemperatur im Katalysator aus Modell Bank 2"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatmnl
    "Abgastemperatur im Katalysator aus Modell bei Beginn des Nachlaufs"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38401E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tikatm_w
    "Abgastemperatur im Katalysator aus Modell"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timtalr_w
    "Timer für Verzögerung Reset Bit Tank leer"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0.00
    13107.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timtals_w
    "Timer für Verzögerung Setzen Bit Tank leer"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0.00
    13107.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timxth_w
    "theoretische maximale Einspritzzeit"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384CFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    timx_w
    "maximale Einspritzzeit"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tinkr
    "Zeit pro Winkelinkrement"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF23E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF23E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF23E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF23E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tisum_w
    "Einspritzzeitsummierer"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x382108
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382108 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382108 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382108 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tivkst_w
    "Abgastemperatur im Katalysator aus Modell im Start"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384DBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_b1
    "Einspritzzeit für EV's auf Bank1"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381326
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381326 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381326 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381326 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_b2
    "Einspritzzeit für EV's auf Bank2"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381328
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381328 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381328 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381328 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev0
    "Einspritzzeit 1. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF360
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF360 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF360 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF360 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev1
    "Einspritzzeit 2. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF362
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF362 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF362 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF362 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev2
    "Einspritzzeit 3. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF364
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF364 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF364 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF364 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev3
    "Einspritzzeit 4. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF366
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF366 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF366 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF366 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev4
    "Einspritzzeit 5. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF368
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF368 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF368 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF368 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_ev5
    "Einspritzzeit 6. Zylinder in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF36A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_0
    "ausgegebene Einspritzzeit für Nachspritzer 1. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF36C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_1
    "ausgegebene Einspritzzeit für Nachspritzer 2. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF36E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF36E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF36E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF36E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_2
    "ausgegebene Einspritzzeit für Nachspritzer 3. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF370
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF370 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF370 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF370 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_3
    "ausgegebene Einspritzzeit für Nachspritzer 4. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF372
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF372 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF372 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF372 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_4
    "ausgegebene Einspritzzeit für Nachspritzer 5. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF374
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF374 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF374 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF374 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_sto_5
    "ausgegebene Einspritzzeit für Nachspritzer 6. Zyl. in Zündfolge"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF376
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF376 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF376 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF376 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_tvu_w
    "Batteriespannungsabhängige Einspritzzeitkorrektur CPU-Quantisierung"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF3A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ti_w
    "Einspritzzeit"
    UWORD
    tinjection5_sy
    1
    100
    0.00
    1048.560

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38132A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38132A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38132A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38132A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tka
    "Temperatur Motorkühlerausgang (Kühlmittel)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B7F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B7F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B7F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B7F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaadfp
    "Testerkomm. Automatisierter Ablauf: aktueller Fehlerpfad"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384930
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384930 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384930 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384930 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaakts
    "Testerkomm. Automatisierter Ablauf: Kurztest Status"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384931
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384931 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384931 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384931 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktt
    "Testerkomm. automatisierter Ablauf: Restzeit für Kurzttest"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384DFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktz
    "Testerkomm. Automatisierter Ablauf: Kurztest Zähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384932
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384932 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384932 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384932 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaaktzmax
    "maximale Anzahl Kurztests beim automatisierten Ablauf"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384933
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384933 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384933 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384933 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkaatoz
    "Testerkomm. Automatisierter Ablauf: applizierte Timeout-Zeit"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384934
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384934 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384934 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384934 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkakmtr
    "Temperatur Kühleraustritt in KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkalin
    "Temperatur Kühlerausgang linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B80 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B80 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasnrl
    "Solltemperatur KW-Ausgang aus n-rl-Kennfeld"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasnrlf
    "Gefilterte Solltemperatur KW-Ausgang"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasolgru
    "Maximale Solltemperatur Kühlerausgang Grundwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkasoll
    "Maximale Soll-Temperatur am Kühlerausgang (korrigiert)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkastmot
    "Temperatur Kühleraustritt"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm
    "Katalysatortemperatur aus Modell"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38487B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm2
    "Katalysatortemperatur aus Modell,  Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38487C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm2_w
    "Katalysatortemperatur aus Modell (Word) Bank2"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatmab
    "Abgastemperatur hinter Kat beim Abstellen des Motors (Modell)"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatmab2
    "Abgastemperatur hinter Kat beim Abstellen des Motors (Modell) Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatmst
    "Katalysatortemperatur Modell Startwert = f(Abstellwert, Abstellzeit)"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38487D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatmst2
    "Katalysatortemperatur Modell Startwert = f(Abstellwert,Abstellzeit) Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38487E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkatm_w
    "Katalysatortemperatur aus Modell (Word)"
    UWORD
    temp_uw_q0p0195_o50
    1
    100
    -50.00000
    1229.980

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkbloknr
    "Blocknummer für Festkennlinien der %TKAA"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384935
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384935 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384935 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384935 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkte
    "Eingangstemperatur für Katalysator-Diagnose"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38488E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkte2
    "Eingangstemperatur für Katalysator-Diagnose, Bank2"
    UBYTE
    temp_ub_q5_o50
    1
    100
    -50.00
    1225.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38488F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38488F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38488F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38488F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkth
    "hochpaßgefilterte Katalysator-Temperatur nach Halteglied"
    UBYTE
    temp_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380637
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380637 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380637 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380637 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkth2
    "hochpaßgefilterte Katalysator-Temperatur nach Halteglied"
    UBYTE
    temp_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380638
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380638 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380638 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380638 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkthp
    "hochpaßgefilterte Katalysator-Temperatur"
    UBYTE
    temp_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384890
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384890 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384890 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384890 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkdkthp2
    "hochpaßgefilterte Katalysator-Temperatur"
    UBYTE
    temp_ub_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384891
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384891 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384891 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384891 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkerdcmn_w
    "UBat abhängige Diagnoseschwelle für max. Tastverhältnis"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkerlsu2_w
    "Keramiktemperatur der LSU, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38553A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkerlsu_w
    "Keramiktemperatur der LSU"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38553C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38553C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38553C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38553C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkhnab_ctr
    ""
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381612
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381612 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381612 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381612 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkm2_w
    "Temperatur Katalysator im Hauptkat aus  Modell, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkmm2_w
    "Mittlere Temperatur im Hauptkatalysator, modelliert, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkmm_w
    "Mittlere Temperatur im Hauptkatalysator, modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A6E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A6E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkihkm_w
    "Temperatur Katalysator im Hauptkat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C4E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C4E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C4E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C4E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkiuem2_w
    "Temperatur Katalysator im überwachten Kat aus Modell, Bank 2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C50 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C50 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkiuem_w
    "Temperatur Katalysator im überwachten Kat aus Modell"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C52 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C52 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkm2_w
    "Temperatur im Vorkatalysator nach dem ersten Teil des Monolithen, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C54 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C54 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkmm_w
    "Mittlere Temperatur im Vorkatalysator, modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384A70
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A70 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A70 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A70 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkivkm_w
    "Temperatur im Vorkatalysator nach dem ersten Teil des Monolithen"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C56
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C56 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C56 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C56 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkkta
    "An Testerkommunikation: Kurztestanforderung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384936
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384936 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384936 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384936 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkktat
    "An Testerkommunikation: Kurztestanforderung für Ausgabe an Tester"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384937
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384937 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384937 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384937 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkldflock
    ""
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380450
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380450 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380450 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380450 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkomp_w
    "Zeit bis Komparator anspricht"
    SWORD
    tsquant
    1
    100
    -26214.40
    26213.60

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkslue1
    "Dauer des letzten KS nach Masse, bzw Dauer aktueller KS bei echtem KS"
    UWORD
    fak_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C66 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C66 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkslue1h
    "Zeit seit Ende des letzten KS nach Masse"
    UWORD
    fak_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C68
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C68 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C68 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C68 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tksluetmp
    "temporäre Meßgröße tkslue1"
    UWORD
    fak_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C6A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C6A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C6A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C6A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tktstoer_w
    "Verzög. zeit nach Über/Unterschreiten der Grenzschwellen für Sondenspg h. KAT"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkvad
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38498C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkvag_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38563A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkvar
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38498D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38498D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38498D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38498D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tkva_h
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38210A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38210A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38210A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38210A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlok
    "Außentemperatur als Lastinformation für Klimakompressor"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384940
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384940 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384940 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384940 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tloop_w
    "Ringzähler für Zeitdifferenzmessungen"
    UWORD
    t50msxs_q0p05
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381144
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381144 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381144 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381144 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrbamo_w
    "Ausgang der Kennlinie TLRBAM"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38556A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrs2_w
    "Totzeit der Lambdaregelstrecke, Bank 2"
    UWORD
    tz10msxs_uw_b327p68
    1
    100
    0.0050000762951
    327.68000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381460
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381460 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381460 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381460 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrsk_w
    "Streckentotzeit Kraftstoff-Lambda-Pfad, korrigiert"
    UWORD
    tz10msxs_uw_b327p68
    1
    100
    0.0050000762951
    327.68000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381390
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381390 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381390 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381390 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrs_w
    "Totzeit der Lambdaregelstrecke"
    UWORD
    tz10msxs_uw_b327p68
    1
    100
    0.0050000762951
    327.68000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381462
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381462 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381462 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381462 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tlrvamo_w
    "Ausgang der Kennlinie TLRVAM"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38556C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38556C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38556C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38556C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmadb
    "Bereich Motortemperatur für Startmengenadaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38078E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmCorCtr_w
    "Zähler Lückenkorrektur bei fehlendem Zahn"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmew
    "Motortemperatur-Ersatzwert aus Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmewab
    "Motortemperatur-Ersatzwert aus Modell beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfa_w
    "Meßfensteranfang Klopfregelung"
    UWORD
    tknockcon_sy
    1
    100
    0.00
    0.2097120

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381630
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381630 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381630 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381630 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfln_w
    "Meßfensterlänge während Nulltest, KR"
    UWORD
    tknockcon_sy
    1
    100
    0.00
    0.2097120

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381632
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381632 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381632 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381632 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmfl_w
    "Meßfensterlänge Klopfregelung"
    UWORD
    tknockcon_sy
    1
    100
    0.00
    0.2097120

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x381634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381634 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381634 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmischbr_w
    "stationäre Brennraummischtemperatur"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmki
    "Motortemperatur aus Kombiinstrument"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384907
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384907 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384907 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384907 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmkic
    "Motortemperatur aus Kombibotschaft"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38051E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlinmax
    "maximal aufgetretene Motortemperatur-Meßwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlinmin
    "minimal aufgetretene Motortemperatur-Meßwert"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmlinvdzg
    "letzter Motortemperatur-Meßwert vor Erkennung zu großes Delta"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmnuka
    "Minimalzeit zwischen 2 Adaptionsvorgängen (ÜK-Adaption)"
    UWORD
    t10msxs_ub_b2p55
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381530
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381530 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381530 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381530 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmost08_uc
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3818A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmost08_um
    "Stützstelle für Motortemperatur"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380330
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380330 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380330 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380330 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot
    "Motor-Temperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotab
    "Motortemperatur beim Abstellen"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotdif
    "Differenz aktuelle Motortemperatur zur Motor warm Temperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotfil
    "gefilterte Motortemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384013
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384013 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384013 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384013 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotk
    "Motor-Temperatur, Ausgabe in Grad C, intern in Kelvin"
    UBYTE
    temp_q6_o273
    1
    100
    -273.1
    1257.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38489D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38489D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38489D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38489D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotkmtr
    "Motottemperatur  in KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotk_w
    "Motor-Temperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1256.850

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384C58
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C58 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C58 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C58 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlin
    "Motortemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlinab
    "gemessene Motor-Abstelltemperatur, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38401C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlinlp
    ""
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384900
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384900 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384900 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384900 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlinst
    "gemessene Motortemperatur im Start, linearisiert und umgerechnet"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384901
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384901 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384901 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384901 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotlin_w
    "Motortemperatur, linearisiert und umgerechnet, 16Bit-Wort"
    UWORD
    temp_uw_q0p0029_o48
    1
    100
    -48.00000
    143.9971

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384DAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmdb
    "Motor-Temperatur für Momentenbegrenzung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384946
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384946 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384946 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384946 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn
    "Minimal plausible Motortemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn_uc
    "Minimal plausible Motortemperatur im Befehlstest"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A28
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A28 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A28 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A28 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotmn_um
    "Minimal plausible Motortemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380301
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380301 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380301 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380301 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotnl2
    "Motortemperatur im Nachlauf bei Nachtriggerung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38402C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38402C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38402C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38402C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotrvmx
    "Resultierende Motortemperatur für Berechnung Maximalgeschwindigkeit"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384944
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384944 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384944 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384944 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotsoll
    "Soll-Wassertemperatur für Kühlmitteltemperaturregelung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmotvt
    "Motortemperatur vor Tiefpaßfilter"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384902
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384902 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384902 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384902 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_u
    "Motor-Temperatur mit def. Quantisierung für FSP-Umwelten"
    UBYTE
    temp_ub_q1_o40
    1
    100
    -40.00
    215.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380574 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380574 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_uc
    "Motor-Temperatur im Befehlstest"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmot_um
    "Motor-Temperatur in der Funktionsüberwachung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmpksub
    "Zähler Fehlerwechsel nach Kurzschluß Ubatt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmpumast
    "Status für temporäre UMA-Adaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmrw
    "Motortemperatur-Referenzwert aus Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384903
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384903 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384903 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384903 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmrwend
    "Endwert für Referenzwert Motortemperatur-Modell"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384904
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384904 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384904 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384904 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmsnp
    "Motor-Starttemperatur des Betriebszyklus' mit erstmaliger tmot-Unplausibilität"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38401D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso1
    "Motor-Solltemperatur 1 (RL/VFZG-abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849B9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849B9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso2
    "Motor-Solltemperatur 2 (TUM / VFZG abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso3
    "Motor-Solltemperatur 3 (TOEL-abhängig)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso4
    "Motor-Solltemperatur 4 (abhängig v. Heizungsanforderung)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso5
    "Motor-Solltemperatur 5 (abhängig v.d. Klopfregeltiefe)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmso6
    "Motor-Solltemperatur 6 (abhängig v. Heizungsanforderung)"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmst
    "Motorstarttemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384905
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384905 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384905 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384905 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmstem
    "Motortemperatur bei Startende in Memory"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384841
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384841 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384841 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384841 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmst_w
    "Motorstarttemperatur"
    UWORD
    temp_uw_q0p75_o48
    1
    100
    -48.00000
    143.9970

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384A72
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A72 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A72 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A72 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tmvsks
    "Gewichtete Motortemperatur abhängig von Kraftstoffvolumenstrom"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tn2
    "Segmentzeit pro Zündung"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF37C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF37C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF37C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF37C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tn2fgr_w
    "Doppelte Nennerzeitkonstante FGR-Regler"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnachlOBP
    ""
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3838FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnachl_w
    "SG-Nachlaufzeit"
    UWORD
    t100msxs_uw_b6553p6
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3838F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm1_w
    "Zahnperiodenzeit des zweitletzten NBM Signals"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm2_w
    "Zahnperiodenzeit des drittletzten NBM Signals"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmphs0_w
    "Zahnperiodendauer eines NBM-Signals durch linearen Algorithmus"
    UWORD
    t5usxus_q5
    1
    100
    0.00
    327675.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380EB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde
    "Zahnperiodenzeit des letzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde1
    "Zahnperiodenzeit des zweitletzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A5 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A5 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbmrde2
    "Zahnperiodenzeit des drittletzten nbm Signals (in 1ms Raster)"
    UBYTE
    t1msxms_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2A6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2A6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnbm_w
    "Zahnperiodenzeit des letzten NBM Signals"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnkl50
    "Zeit nach Klemme 50 ein"
    UWORD
    t20msxs_uw_b1310
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlkmtr_w
    "Nachlaufzeit aus KMTR 16-bit"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38408A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38408A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38408A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38408A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlst2kt_w
    "Nachlaufzeitverlängerung  nach  Wiederholprüfung"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38564E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38564E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38564E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38564E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnlstktr_w
    "Startwert Nachlaufzeit aus KMTR 16-bit"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38408C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38408C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38408C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38408C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnltabg_w
    "Nachlaufzeit wegen hohe Abgastemperatur"
    UWORD
    t1sxs_uw_b65535
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x385650
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385650 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385650 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385650 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnscCtr_w
    "Nachstartzeitzähler für die Nachstart Momentenaufweitung"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3817FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3817FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3817FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3817FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnseuhr_w
    "Zeitzähler ab Startende aus Uhrinformation"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnse_w
    "Zeitzähler ab Startende (16bit)"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnsofCtr
    ""
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3809DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnst
    "Zeit nach Startende"
    UBYTE
    t1sxs_ub_b255
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38099D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnst_w
    "Zeit nach Startende"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tntevzu
    "Zeit nach Schließen des TEVs"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384968
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384968 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384968 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384968 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwda_w
    "Zeitverhalten D-Anteil Lageregler Nockenwelle Auslaß"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3820CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwde_w
    "Zeitverhalten D-Anteil Lageregler Nockenwelle Einlaß"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382072
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382072 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382072 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382072 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwdza_w
    "Zeitverhalten D-Anteil (Zwischengröße) Lageregler Nockenwelle Auslaß"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x3820CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwdze_w
    "Zeitverhalten D-Anteil (Zwischengröße) Lageregler Nockenwelle Einlaß"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x382074
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382074 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382074 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382074 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwia_w
    "Zeit eines Systemtimers bei Eintreffen genutzter Ph.-flanke (Auslass)"
    UWORD
    t_q16us
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380E7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwie_w
    "Zeit eines Systemtimers bei Eintreffen einer genutzten Phasenflanke"
    UWORD
    t_q16us
    1
    100
    0.00
    1048560.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380E7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwsbga
    "Zeitkonstante für Sollwertänderungsbegrenzung Auslassnockenwelle"
    UBYTE
    zk10msxs_ub_b2p55
    1
    100
    0.0100000
    2.55000

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x380B07
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B07 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B07 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B07 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwsbge
    "Zeitkonstante für Sollwertänderungsbegrenzung Einlassnockenwelle"
    UBYTE
    zk10msxs_ub_b2p55
    1
    100
    0.0100000
    2.55000

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x380AEB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AEB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AEB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AEB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwsbnsa_w
    "Zeit Umschaltung Sollwertänderungsbegrenzung  nach Startende Auslassnockenwelle"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwsbnse_w
    "Zeit Umschaltung Sollwertänderungsbegrenzung  nach Startende Einlassnockenwelle"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwvtka
    "Eingangstemperatur für Kennlinie KNWVTKA"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tnwvtke
    "Eingangstemperatur für Kennlinie KNWVTKE"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xD350
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD350 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD350 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD350 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toel
    "Öltemperatur"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38497F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38497F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38497F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38497F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toeli
    "Ermittlung der Öltemperatur (Wartungsintervallverlängerung)"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384827
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384827 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384827 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384827 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelkmtr
    "Ausgewählte Öltemperatur in der KMTR"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelknw_w
    "(Motor-) Öltemperatur, Absoluttemperatur (intern in Kelvin) für LRNS"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381696
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381696 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381696 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381696 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelk_w
    "(Motor-) Öltemperatur, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toellrns
    "Motoröltemperatur"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38493D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelnwr
    "Öltemperatur für NW-Verstellung"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xD351
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD351 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD351 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD351 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toeltog
    "Öltemperatur aus der TOG-Botschaft"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384828 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384828 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toeltogk
    "Öltemperatur aus der Kennlinie"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384829
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384829 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384829 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384829 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toelzk_w
    "Öltemperatur Zylinderkopf"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3855F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    togtime_w
    "Oeltemperaturzeit aus TOG-Botschaft"
    UWORD
    t500msxs_q0p125
    1
    100
    0.00
    8191.875

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384ABE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384ABE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384ABE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384ABE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tolc
    "Öltemperatur aus Kombibotschaft od. aus COWIV abhängig von LH"
    UBYTE
    temp_ub_q1_o60
    1
    100
    -60.00
    195.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38482A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    toltm
    "Öltemperatur, modelliert aus Motortemperatur TMOT"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384980
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384980 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384980 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384980 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tooth_rale
    "Erster rückdrehender Zahn im Segment"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380597
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380597 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380597 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380597 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    topl_w
    "Operating time seit Urstart (mit EEPROM)"
    UWORD
    t6minxh_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384034
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384034 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384034 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384034 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    topsec_w
    "Operating time Sekundentakt (word)"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384036
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384036 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384036 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384036 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    top_w
    "Operating time seit powerfail"
    UWORD
    t6minxh_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384038
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384038 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384038 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384038 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpbauka
    "Entrellzeit für Erkennung Beschleunigung (ÜK-Adaption)"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpCorCtr_w
    "Zähler Lückenkorrektur bei einem zusätzlichen Zahn"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tPh1_w
    "Segmentzeit des letzten Phasensegments"
    UWORD
    t40usxus_q40
    1
    100
    0.00
    2621400.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380EB4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tphrlsu_w
    "Periodendauer für die Heizertaktung der LSU"
    UWORD
    t100msxs_q16Em6
    1
    100
    0.00
    1.048560

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x38559A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38559A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38559A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38559A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpnt_aktiv
    "Aktivierung von KR-Funktionen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380903
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380903 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380903 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380903 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpvauka
    "Entprellzeit für Erkennung Verzögerung (ÜK-Adaption)"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3807B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807B4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807B4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tpwmcs
    "Periodendauer PWM- Signal vom Airbag- SG"
    UBYTE
    t10msxs_ub_b2p55
    1
    100
    0.00
    2.550

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380B83
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B83 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B83 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B83 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trevovCtr
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF20A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF20A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF20A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF20A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trsectmp_l
    "rel. Sekundenzähler von verschiedenen CAN-Sg's"
    ULONG
    t1sxs_uw_q1
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384D6E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D6E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D6E 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D6E EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    trsec_l
    "Echtzeit in Sekunden"
    ULONG
    t_q1
    1
    100
    0.00
    4294967295.00

    
    FORMAT "%13.2"
    
    ECU_ADDRESS 0x384D5E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5E 0x1 0x4 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5E EXTERN 0x4 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn
    "Zahnzähler (Winkel an TR-Marke)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF202
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF202 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF202 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF202 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahn2
    "Zahnzähler (Winkel an TR-Marke)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF204
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF204 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF204 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF204 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zahnabs
    "Winkellage in Geberzaehnen der TR-Marke bzgl. TR Marke Zyl. 0"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF240
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF240 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF240 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF240 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit
    "Timerstand zum Zeitpunkt der TR-Marke"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF206
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF206 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF206 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF206 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit2
    "Timerstand zum Zeitpunkt der TR-Marke"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF208
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF208 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF208 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF208 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tr_zeit_msb
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF200
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF200 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF200 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF200 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsaka
    "Timer Schubdauer für Katalysator-Ausräumen"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A88 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A88 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsaka2
    "Timer Schubdauer für Katalysator-Ausräumen für Stereo_LR Bank 2"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380A89
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A89 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A89 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A89 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsas_w
    "Zeit über ein Arbeitsspiel für ngas_w"
    UWORD
    tsquantl
    1
    100
    0.00
    838848.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380E78
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E78 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E78 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E78 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsctr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380457
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380457 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380457 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380457 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsdrlmx_w
    "max. drlsolf für Lastdynamik"
    SWORD
    rel_sw_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382104
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382104 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382104 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382104 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tseghi
    "Winkel-Segmentzeit, high, low byte des high word"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF27F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF27F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF27F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF27F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsegph_w
    "Periodendauer eines Phasensegments"
    UWORD
    t40usxus_q40
    1
    100
    0.00
    2621400.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x380EB6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsegrsp_w
    "Beginn Ringspeicher für Segmentzeit"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0xF294
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF294 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF294 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF294 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tseg_w
    "Winkel-Segmentzeit"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF282
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF282 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF282 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF282 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsges_w
    "Saugrohrgesamttemperatur (nach AGR-Einleitung) (word)"
    SWORD
    temp_sw_q0p75
    1
    100
    -24576.00
    24575.25

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384CD8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CD8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CD8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CD8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskdelay
    "DMD Verzögerung Auswertung Segmentzeit"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380549
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380549 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380549 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380549 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskx3exp
    ""
    SBYTE
    dez
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38054A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tskx3_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsk_w
    "Korrigierte Segmentdauer"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsmxkomp_w
    "Maximalwertbegrenzung der Segmentzeiten für Kompensationsverfahren nach Start"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380DAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380DAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380DAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380DAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsontl2_w
    "Transporttotzeit von vorderer Lambdasonde bis hinter Abgasturbolader, Bank 2"
    UWORD
    t_q0p01
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381392
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381392 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381392 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381392 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsontl_w
    "Transporttotzeit von vorderer Lambdasonde bis hinter Abgasturbolader"
    UWORD
    t_q0p01
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381394
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381394 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381394 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381394 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsrl
    "lastabhängige Schließzeit"
    UBYTE
    txms_ub_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B59
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B59 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B59 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B59 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsrldyn
    "Last- und Dynamikkorrigierte Schließzeit"
    UBYTE
    txms_ub_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsroh_w
    "Segmentzeit unkorrigiert"
    UWORD
    tsquant
    1
    100
    0.00
    52428.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tstawk
    "Zeit aus Kennlinie TSTAW"
    UWORD
    t20msxs_uw_b1310
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tswk
    "Zeit für Setzwertkorrektur"
    UBYTE
    t20msxs_ub_b5p1
    1
    100
    0.00
    5.100

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380734 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380734 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsyn
    "Getriebesynchronisationswunschzeit"
    UBYTE
    t_q20_ms
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3804F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tsyn_c
    "Getriebesynchronisationswunschzeit aus der Bot. Getriebe 2 (nicht plausibilisier"
    UBYTE
    t_q20_ms
    1
    100
    0.00
    5100.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38051F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38051F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38051F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38051F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ttmumad_w
    "Zeitdifferenz für temoräre UMA-Adaption"
    UWORD
    t50msxs_q0p05
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381146
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381146 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381146 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381146 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ttooth10ms
    "Zähler 10 ms Raster ohne Zahninterrupt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tum
    "Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384018
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384018 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384018 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384018 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumanst
    "Temperatur gebildet aus tumg oder tans bei Start des Motors"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xD328
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD328 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD328 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD328 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumc
    "Umgebungstemperatur aus CAN Botschaft"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380520
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380520 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380520 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380520 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumg
    "Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumginp
    "Umgebungstemperatur als Eingangsgröße für Kennfeld KFDTMTU"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384906
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384906 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384906 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384906 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumgkmtr
    "Umgebungstemperatur in KMTR"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumgk_w
    "Umgebungstemperatur in Kelvin, Ausgabe in Grad C, intern in Kelvin"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumgnl
    "Umgebungsluft - Temperatur bei Beginn des Nachlaufs"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38401F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tumtmp
    "Hilfsgröße Umgebungstemperatur"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848EF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848EF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848EF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848EF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tun_det
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tun_errcode
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tushkv_w
    "Entstörzeit für Vertauschfunktion der Sonden hinter KAT"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvetrint
    "I-Anteil- Tastverhältnis Thermostat"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvetrr
    "Tastverhältnis Thermostat P-Regler-Anteil"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvfrrdte
    "Verzögerungszeit für Zurücksetzen des Lambda-Reglers nach Schließen des TEVs"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384969
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384969 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384969 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384969 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvfzsu_t
    ""
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF3A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3A6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3A6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvkmtr
    "Tastverhältnis elektrischer Thermostat"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlu1r
    "Regelanteil Tastverhältnis Lüfter 1"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlu2r
    "Regelanteil Tastverhältnis Lüfter 2"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluekt1
    "Tastverhältnis für Lüftersteuerung bei Bandende"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluekt2
    "Tastverhältnis für Lüftersteuerung bei Bandende"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues1
    "Tastverhältnis Lüfter 1"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues1r
    "Res. Ansteuerungstastverhältnis Lüfter 1 nach max.  Kühlleistungsanhebung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues2
    "Tastverhältnis Lüfter 2"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlues2r
    "Res. Ansteuerungstastverhältnis Lüfter 2 nach max. Kühlleistungsanhebung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesbsg
    "Lüfter-Tastverhältnis angefordert vom Bordnetzsteuergerät"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesfa
    "Lüfter-Tastverhältnis bei Kurztrip (Bandende)"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38492F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38492F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38492F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38492F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesfl
    "Tastverhältnis zu Deaktivierung der Lüfter vor Flash-Programmierung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesic
    "Istzustand Lüfteransteuerung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluesicb
    "Basis Istzustand Lüftersteuerung"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvlueskmtr
    "Lüfteransteuerwert über CAN in der KMTR"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvluessc
    "Lüfteransteuerung über Klimabotschaft ( CAN )"
    UBYTE
    rel_q0p4
    1
    100
    0.00
    102.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380521
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380521 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380521 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380521 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnl1soll
    "Soll-Tastverhältnis für Lüfter 2 im Nachlauf"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnl2soll
    "Soll-Tastverhältnis für Lüfter 2 im Nachlauf"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnll1r
    "Regelanteil Tastverhältnis Lüfter 1 im Nachlauf über Rampe abgesteuert"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnll2r
    "Regelanteil Tastverhältnis Lüfter 2 im Nachlauf über Rampe abgesteuert"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3849D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnwe
    "Verstellzeit Einlaßnockenwelle"
    UBYTE
    t50msxs_q0p05
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384983
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384983 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384983 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384983 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnwsai_w
    "Initialisierung I-Anteil bei Eintritt Intervall"
    SWORD
    tv_uw_b100
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3820D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnwsei_w
    "Initialisierung I-Anteil bei Eintritt Intervall"
    SWORD
    fak_q0p00153
    1
    100
    -50.00000
    49.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x382076
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382076 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382076 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382076 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvnwsttm_w
    "Zeitverzögerung im Start ab der die Nockenwelle angesteuert werden kann"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvrnr
    "Verzögerungszeit bis zum wirklichen Ev-Abschaltende"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380774 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380774 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsaa_w
    "Totzeit Schubabschneiden"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38166A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38166A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38166A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38166A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsab_w
    "Verzögerungszeit Schubabschaltebereitschaft"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38166C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38166C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38166C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38166C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsag_w
    "Verzögerungszeit Schubabschaltebereitschaft  gangabhängig"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38166E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38166E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38166E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38166E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsakat_w
    "Verzögerungszeit Schubabschneiden bei hohen Drehzahlen und hoher Kat-Temperatur"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381670
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381670 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381670 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381670 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsans_w
    "Totzeit Schubabschneiden im Nachstart (Word)"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsp_w
    "Einspritzzeit Verzugszeit in Abhängigkeit von evtmod"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsta
    "Initialisierungswert für Haltetastverhältnis Nockenwellensteller Auslass"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvste
    "Initialisierungswert für Haltetastverhältnis Nockenwellensteller Einlass"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvsuae
    "Verzögerungszeit für Saugrohrumschaltung bei Anschlag erreicht"
    UBYTE
    t50msxs_q0p05
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38075F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38075F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38075F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38075F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvtevptu
    "Verzugszeit von TEV  (druck-, batteriespannung- und temperaturabhängig)"
    UBYTE
    t500usxms_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38495C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38495C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38495C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38495C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tvu_w
    "Batteriespannungskorrektur"
    UWORD
    tinjection_sy
    1
    100
    0.00
    209.7120

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38132C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38132C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38132C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38132C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmhx2_w
    "Temperaturstrom LSU-Sechskant vor twvkr-Integrator, Bank 2"
    SWORD
    tempg_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C12 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C12 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twatmhx_w
    "Temperaturstrom LSU-Sechskant vor twvkr-Integrator"
    SWORD
    tempg_q0p0234
    1
    100
    -768.0000
    767.9766

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384C14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C14 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C14 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdknlc
    "Zähler Motorstillstand nach KL.15 aus"
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3848A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdkttk2_w
    "Temperaturabhängige Wartezeit"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BD4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdkttk_w
    "Temperaturabhängige Wartezeit"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BD6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdlssh2_w
    "Timer für Mindestprüfzeit für DLSSA-Extremwertbestimmung hinter KAT Bank2"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twdlssh_w
    "Timer für Mindestprüfzeit für DLSSA-Extremwertbestimmung hinter KAT"
    UWORD
    t50msxs_uw_b3276p75
    1
    100
    0.00
    3276.750

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384CEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twnd
    "Temperatur für Wandleröl"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38493E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38493E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38493E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38493E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvsom2_w
    "Wandtemperatur vordere Sonde modelliert, Bank2"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    twvsom_w
    "Wandtemperatur vordere Sonde modelliert"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BCC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BCC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BCC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BCC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra01
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra02
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra03
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra04
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra05
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYPkra06
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_AATUN
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_akre
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_anws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_anwse
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_asgnpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bkvp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bkvpe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_brems
    "Fehlertyp: Gebergröße Bremsschalter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_bznpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cair
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cairp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cbr2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cbsg
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cgat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cge
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cgra
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cif
    "Fehlertyp: CAN im Zustand Bus-Off"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_cins
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ckla
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_clws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ctog
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_czas
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk1p
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dk2p
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dpl
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dsbkv
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvee
    "Fehlertyp: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvef
    "Fehlertyp: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvefo
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvel
    "Fehlertyp: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dven
    "Fehlertyp: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dver
    "Fehlertyp: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvet
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveu
    "Fehlertyp: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveub
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dveuw
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dvev
    "Fehlertyp: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dylsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_dylsu2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_egfe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_egsbgr
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_enws
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_enwse
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_epcle
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ev6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fku
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_flp
    "Fehlertyp: Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fp1p
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_fp2p
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frao
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frao2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frau
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frau2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frst
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_frst2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_gecod
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_grbh
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_helsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_helsu2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hre
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsh
    "Fehlertyp: Heizung Lambdasonde 1 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsh2
    "Fehlertyp: Heizung Lambdasonde 2 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hshe
    "Fehlertyp: Endstufe Heizung Lambdasonde 1 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hshe2
    "Fehlertyp: Endstufe Heizung Lambdasonde 2 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsv
    "Fehlertyp: Heizung Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsv2
    "Fehlertyp: Heizung Lambdasonde 2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsve
    "Fehlertyp: Endstufe Heizung Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_hsve2
    "Fehlertyp: Endstufe Heizung Lambdasonde 2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_iclsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_iclsu2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kat
    "Fehlertyp: Katalysator-Diagnose"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kat2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kpe
    "Fehlertyp: EKP-Relais Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krnt
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krof
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_krtp
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ks1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ks2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ks3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ks4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_kuppl
    "Fehlertyp: Gebergröße Kupplungsschalter"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lash
    "Fehlertyp: Lambda- Sondenalterung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lash2
    "Fehlertyp: Lambda-Sondenalterung hinter Kat Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lavh
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lavh2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ldpe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_LLR
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsh
    "Fehlertyp: Lambdasonde 1 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsh2
    "Fehlertyp: Lambdasonde 2 hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_LSHV
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuia
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuia2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuip
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuip2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuks
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuks2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuun
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuun2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuvm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsuvm2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsv
    "Fehlertyp: Lambdasonde 1 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsv2
    "Fehlertyp: Lambdasonde 2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lsvv
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lue1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_lues1e
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ma
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md
    "Fehlertyp:  Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md00
    "Fehlertyp:  Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md01
    "Fehlertyp:  Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md02
    "Fehlertyp:  Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md03
    "Fehlertyp:  Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md04
    "Fehlertyp:  Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_md05
    "Fehlertyp:  Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_mdb
    "Fehlertyp: Momentenbegrenzung (begrenzt dauerhaft) aktiv"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_mfa
    "Fehlertyp: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_n
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nwkw
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nwkw2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_nx
    "Fehlertyp: Überdrehzahl"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ph
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ph2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_pllsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_pllsu2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_pwgde
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_rkat
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_rkat2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_rkaz
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_rkaz2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_scr
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sgeep
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sgeew
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_slpe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sls
    "Fehlertyp: Sekundärluftsystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sls2
    "Fehlertyp: Sekundärluftsystem, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_slv
    "Fehlertyp: Dichtheit Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_slv2
    "Fehlertyp: Dichtheit Sekundärluftventil, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_slve
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_sue
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_swe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ta
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tankl
    "Fehlertyp : Tank leer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tes
    "Fehlertyp: Tankdiagnose, TEV offen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tesf
    "Fehlertyp: Tankdiagnose, Feinleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tesg
    "Fehlertyp: Tankdiagnose, Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_teve
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tka
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tm
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tmki
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tol
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_tum
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ub
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ubr
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufmv
    "Fehlertyp: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufnc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufrlip
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufsga
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufsgb
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufska
    "Fehlertyp: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ufspsc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ulsu
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_ulsu2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urram
    "Fehlertyp: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urrom
    "Fehlertyp: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_urrst
    "Fehlertyp: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_vfz
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_wfs
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_wfsrc
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet1
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    TYP_zwpe
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0xf00
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tz
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tz2fgr_w
    "Doppelte Zählerzeitkonstante FGR-Regler"
    UWORD
    t20msxs_uw_q0p02
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzlrdkt_w
    "Lambdaregler-Periodendauer aus Katdiagnose"
    UWORD
    t10msxs_uw_b655p35
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38100A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38100A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38100A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38100A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tznd
    "Tatsächlich angesteuerte Schliesszeit in Zündbereich 1"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF242
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF242 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF242 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF242 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tznd2
    "Tatsächlich angesteuerte Schliesszeit in Zündbereich 1 2tes Zündereignis"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF244
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF244 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF244 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF244 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzsCtr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B5B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    tzwmnnst_w
    "Zeitkonstante für Abregelrampe spätester Zündwinkel"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381E8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381E8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381E8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381E8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_flags_uc
    "Byte für Tempomat-Bits des Befehlstests"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809F9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809F9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809F9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809F9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_flags_um
    "Byte für Tempomat-Bits der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_idle_ctr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38492E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38492E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38492E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38492E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    t_nomgatCtr1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3804FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10mo2_w
    "Offset korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde Bank 2"
    UWORD
    spg_q4p88Em4
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10mo_w
    "Offset korrigierte Sondenspannung vor Kat einer Breitbandlambdasonde"
    UWORD
    spg_q4p88Em4
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10ms2_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde Bank2 (Mittelwert über 10ms)"
    UWORD
    spg_q4p88Em4
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ua10ms_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde (Mittelwert über 10ms)"
    UWORD
    spg_q4p88Em4
    1
    100
    0.00
    31.99951

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3818E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    UADKI
    "eingelesener Integratorwert von Klopfauswerteschaltung"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    UADMFA
    "eingelesener Integratorwert von Klopfauswerteschaltung bei Meßfensteranfang"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uagrvh_w
    "Spannung der AGR-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C7E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C7E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C7E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C7E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ub
    "Batteriespannung"
    UBYTE
    spg_ubatt_sy
    1
    100
    0.00
    17.93

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380693
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380693 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380693 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380693 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubdedis
    "Untere Hstereseschwelle zur DV-E Unterspannungserkennung 8Bit-Quant."
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubdeen
    "Obere Hystereseschwelle zur DV-E Unterspannungserkennung 8 Bit"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubn
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2000
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFDCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFDCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFDCA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFDCA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrde
    "Batteriespannungsschwelle für Anlasser ausgerückt"
    UBYTE
    spg_ubatt
    1
    100
    0.00
    17.95

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380588
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380588 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380588 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380588 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsq
    "Bordnetzspannung über Hauptrelais, Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380683
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380683 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380683 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380683 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqf
    "Hauptrelaisspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380684
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380684 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380684 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380684 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqf_w
    "Hauptrelaisspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UWORD
    spg_q0p00039
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqka
    "Bordnetzspannung über HR, standardquantisiert, bei ausgeschalteten Komponenten"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380685
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380685 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380685 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380685 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsqke
    "Bordnetzspannung über HR, standardquantisiert, bei eingeschalteten Komponenten"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380686
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380686 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380686 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380686 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubrsq_w
    "Bordnetzspannung über Hauptrelais (word), Standard-Quantisierung"
    UWORD
    spg_q0p00039
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubr_w
    "voltage from break pedal position"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsq
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380694
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380694 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380694 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380694 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsqf
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380695
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380695 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380695 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380695 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsqf_w
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung und gefiltert"
    UWORD
    spg_q0p00039
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubsq_w
    "Bordnetzspannung, umgerechnet in Standard-Quantisierung"
    UWORD
    spg_q0p00039
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ubuanlr
    "Spannungsschwelle für UMA-Learning in Quantisierung von ubrsq"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ub_hsv
    "Bordnetzspannung für Sondenheizung, Standard-Quantisierung"
    UBYTE
    spg_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384889
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384889 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384889 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384889 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udbuk_w
    "Rückgelesene Spannung am Ansteuerpin für Saugrohrumschaltung 1"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp1
    "Spannung DK-Poti 1 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381148
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381148 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381148 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381148 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp1r
    "Dauer-RAM: Spannung DK-Poti 1 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383896
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383896 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383896 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383896 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp2
    "Spannung DK-Poti 2 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38114A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38114A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38114A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38114A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udknlp2r
    "Dauer-RAM: Spannung DK-Poti 2 im NLP"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x383898
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383898 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383898 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383898 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1a
    "Spannung Drosselklappen-Poti 1 am (unteren) Anschlag"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806E3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1aalt
    "temp. Spannung DK-Poti 1 am unteren DK-Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38114C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38114C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38114C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38114C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1asr_w
    "Dauer-RAM: Spannung DK-Poti 1 am unteren DK-Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38389A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38389A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38389A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38389A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1as_w
    "Spannung DK-Poti 1 am unteren Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38114E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38114E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38114E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38114E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1a_w
    "Spannung DK-Poti 1 am unteren Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381150
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381150 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381150 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381150 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1rob
    "realer DK-Poti-1-Wert am ob. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381152
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381152 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381152 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381152 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1run
    "realer DK-Poti-1-Wert am unt. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381154
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381154 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381154 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381154 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1sv
    "Maximalwert DK-Poti 1 für Verwendung des verstärkten Signals"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vor
    "Dauer-RAM: Spannungsoffset bei DK-Poti-1-Verstärkung"
    SWORD
    spg_sw_q0p001222
    1
    100
    -40.04250
    40.04127

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38389C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38389C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38389C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38389C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vou
    "Diagnose: 8 Bit Kopie von udkp1vo_w als Umweltgröße"
    SBYTE
    spg_q0p00977
    1
    100
    -1.250
    1.240

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vo_w
    "Spannungsoffset Verstärker DK-Poti 1"
    SWORD
    spg_sw_q0p001222
    1
    100
    -40.04250
    40.04127

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381156
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381156 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381156 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381156 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vrob
    "realer verstärkter DK-Poti-1-Wert am ob. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381158
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381158 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381158 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381158 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vrun
    "realer verstärkter DK-Poti-1-Wert am unt. Abgleichpkt."
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38115A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38115A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38115A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38115A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vv
    "Diagnose: 8 Bit Kopie von udkp1vv_w als Umweltgröße"
    UBYTE
    spg_q0p03125
    1
    100
    0.00
    7.969

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vvr
    "Dauer-RAM: Verstärkung bei DK-Poti-1-Verstärkung"
    UWORD
    fak_q0p0039
    1
    100
    0.00
    255.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38389E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38389E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38389E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38389E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1vv_w
    "Verstärkung DK-Poti 1"
    UWORD
    fak_q0p0039
    1
    100
    0.00
    255.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38115C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38115C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38115C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38115C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1v_w
    "Verstärkte Spannung DK-Poti 1"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1_u
    "Spannung Drosselklappen-Poti 1 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380575
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380575 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380575 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380575 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp1_w
    "Spannung DK-Poti 1"
    UWORD
    spg_uw_q0p001222
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2a
    "Spannung Drosselklappen-Poti 2 am (unteren) Anschlag"
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3806E5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806E5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806E5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806E5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2aalt
    "temp. Spannung DK-Poti 2 am unteren DK-Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x38115E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38115E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38115E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38115E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2asr_w
    "Dauer-RAM: Spannung DK-Poti 2 am unteren DK-Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3838A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2as_w
    "Spannung DK-Poti 2 am unteren Anschlag, stationärer Anteil"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3838A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2a_w
    "Spannung DK-Poti 2 am unteren Anschlag"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381160
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381160 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381160 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381160 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2_u
    "Spannung Drosselklappen-Poti 2 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380576
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380576 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380576 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380576 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkp2_w
    "Spannung DK-Poti 2"
    UWORD
    spg_uw_q0p001222
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x380C88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udkpat_w
    "temporärer UEA-Offset des DK-Poti"
    UWORD
    spg_q1p221_mV
    1
    100
    0.00
    79.99878

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381162
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381162 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381162 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381162 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udksnoa_w
    "KS-Diagnose: Aktueller Wert obere Schwelle (UDKSNO)"
    UWORD
    spg_uw_b1280
    1
    100
    0.00
    1279.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381662
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381662 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381662 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381662 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udksnua_w
    "KS-Diagnose: Aktueller Wert untere Schwelle (UDKSNU)"
    UWORD
    spg_uw_b1280
    1
    100
    0.00
    1279.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381664
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381664 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381664 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381664 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsbkv_w
    "Spannung Drucksensor Bremskraftverstärker"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsl_w
    "Spannung Drucksensor Ladedruck (word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udst_w
    "Ausgangsspannung Tankdrucksensor nach AD-Wandler"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    udsu_w
    "Spannung Umgebungsdrucksensor (word 10-Bit von ADC)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uefktge1
    "Übertragungsfunktion (Mrad/Mkurbelwelle) von der Getriebe 1 Botschaft"
    UBYTE
    fak_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804F3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804F3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804F3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804F3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uefktge1_c
    "Übertragungsfunktion (Mrad/Mkurbelwelle) von der Getriebe 1 Bot. (nicht plausibi"
    UBYTE
    uefktget_ub_b25p4
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380522
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380522 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380522 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380522 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uefktget
    "Übertragungsfunktion (Mrad/Mkurbelwelle) von der Getriebesteuerung"
    UBYTE
    uefktget_ub_b25p4
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uefktget_w
    "Übertragungsfunktion (Mrad/Mkurbelwelle) von der Getriebesteuerung (Ge3)"
    UWORD
    fak_q0p02
    1
    100
    0.00
    1310.700

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uevges
    "Übersetzungsverhältnis gesamt"
    UBYTE
    fak_q0p1
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3806A3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uevges_w
    "Übersetzungsverhältnis gesamt (Word-Groesse)"
    UWORD
    fak_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3811B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhepoti
    "Spannung Heizungspoti"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384805
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384805 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384805 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384805 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhfm2_w
    "HFM-Spannung (2.HFM)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhfm_w
    "HFM-Spannung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhrdev
    "Abweichung Zeit nach Start aus Uhrinformation"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848ED
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848ED /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848ED 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848ED EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsh
    "Spannung an der Heizerendstufe hinter Kat"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384806 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384806 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsh2
    "Spannung an der Heizerendstufe 2 hinter Kat"
    UBYTE
    temp_ub_q0p75_o48
    1
    100
    -48.00
    143.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384807
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384807 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384807 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384807 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsv
    "Spannung an der Heizerendstufe vor Kat"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uhsv2
    "Spannung an der Heizerendstufe 2 vor Kat"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukafrtmo_w
    "Obere Schwelle Faktor Lambdaregler (fr) zur Freigabe der UK-Adaption"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ukafrtmu_w
    "Untere Schwelle Faktor Lambdaregler (fr) zur Freigabe der UK-Adaption"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384DA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulbkist_w
    "Spannung der LBK-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsurbu2_w
    "Ringpuffer skalierbar gemäss SY_ZYLZAHL und SY_STERVK, Bank 2"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    ARRAY_SIZE 80
    ECU_ADDRESS 0x3818E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ulsurbu_w
    "Ringpuffer skalierbar gemäss SY_ZYLZAHL und SY_STERVK"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    ARRAY_SIZE 80
    ECU_ADDRESS 0xF40C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF40C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF40C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF40C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uma2_res
    "Antwortbeitrag des Befehlstests"
    SWORD
    dez
    1
    100
    -32768.00
    32767.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38187E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38187E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38187E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38187E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umErrorCtrFr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382ABC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382ABC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382ABC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382ABC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umrst_c_um
    "Zähler im Dauer-RAM für Software-Reset (Diagnose) aus %UMKOM"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    umsrln_w
    "Umrechnungsfaktor Füllung in Massenstrom"
    UWORD
    m_uw_q0p0005
    1
    100
    0.00
    32.76750

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381264
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381264 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381264 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381264 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upotpwm
    "PWM-Signal Heizungsanforderung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384808 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384808 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg1h_w
    "Spannung PWG-Poti 1 ; halber Wert (Word)"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38111A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38111A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38111A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38111A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg1_u
    "Spannung PWG-Poti 1 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380577
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380577 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380577 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380577 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg1_w
    "Spannung PWG-Poti 1 (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2d_u
    "Verdoppelte PWG-Poti-2-Spannung (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380578
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380578 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380578 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380578 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2d_w
    "Verdoppelte PWG-Poti-2-Spannung (Word)"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38111C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38111C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38111C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38111C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2_u
    "Spannung PWG-Poti 2 (Byte)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380579
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380579 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380579 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380579 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg2_w
    "Spannung PWG-Poti 2 (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwgej_w
    "Entjitterte PWG-Poti-Spannung"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38111E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38111E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38111E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38111E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwgmin
    "MIN-Spannung PWG-Poti 1 und 2 (Word)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3806B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwg_w
    "Resultierende PWG-Poti-Spannung nach Plausibilitätsprüfung"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381120
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381120 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381120 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381120 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdo_w
    "Schwelle PWG-Poti-Spannung zum Setzen der Kick-Down-Information"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381132
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381132 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381132 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381132 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdt_w
    "PWG-Poti-Spannung in der Kick-Down-Position temporär"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381134
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381134 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381134 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381134 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkdu_w
    "Schwelle PWG-Poti-Spannung zum Rücksetzen der Kick-Down-Information"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381136
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381136 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381136 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381136 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    upwkd_w
    "Gelernte Spannung von PWG-Poti 1 in der Kick-Down-Position"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383894
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383894 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383894 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383894 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urddktp
    "Regelspannungsdifferenz, tiefpaßgefiltert"
    SBYTE
    spg_sb_q0p01043
    1
    100
    -1.335
    1.325

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380639
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380639 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380639 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380639 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urddktp2
    "Regelspannungsdifferenz, tiefpaßgefiltert, Bank2"
    SBYTE
    spg_sb_q0p01043
    1
    100
    -1.335
    1.325

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38063A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38063A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38063A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38063A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urinlsu2_w
    "widerstandsproportionale Spannung des CJ120 der Nernstzelle LSU2 (ADC-Wert)"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urinlsu_w
    "widerstandsproportionale Spannung des CJ120 der Nernstzelle LSU (ADC-Wert)"
    UWORD
    spg_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksc1
    "Checksumme über Code-Bereich1 der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383908 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383908 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksc2
    "Checksumme über Code-Bereich2 der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x38390C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38390C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38390C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38390C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmcksda
    "Checksumme über Daten der Funktionsüberwachung im zyklischen ROM-Test"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383910
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383910 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383910 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383910 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    urmpatco
    "Patch-Adresse im Code der Funktionsüberwachung für Überprüfung zykl. ROM-Test"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x3818B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3818B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3818B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3818B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usbeh2_w
    "Spannung (word) Lambdasonde mit Widerstand belastet hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usbeh_w
    "Spannung (word) Lambdasonde mit Widerstand belastet hinter KAT"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    userStackUsage
    ""
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x38559E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38559E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38559E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38559E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushdktp
    "Spannung Lambdsonde hinter KAt, tiefpassgefiltert"
    UBYTE
    spg_ub_q0p0052
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38063B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38063B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38063B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38063B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushdktp2
    "Spannung Lambdsonde hinter KAt, tiefpassgefiltert"
    UBYTE
    spg_ub_q0p0052
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38063C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38063C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38063C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38063C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushfmxstg
    "Gefilterte maximale Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829BF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829BF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushfmxstg2
    "Gefilterte maximale Steigung der Sondenspannung hinter KAT Bank2"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk
    "Spannung Lambdasonde hinter Katalysator"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk2
    "Spannung Lambdasonde hinter Katalysator 2"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3805E1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805E1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805E1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805E1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk2_w
    "Spannung Lambdasonde (4.88mV/LSB) hinter Katalysator 2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkj
    "Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848CF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848CF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkj2
    "Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA, Bank 2"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkjf2_w
    "Gefilterte Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA (Bank2)"
    UWORD
    spg_uw_b1p33
    1
    100
    0.00
    1.330000

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkjf_w
    "Gefilterte Spannung Lambdasonde hinter Kat, ohne Offset, DLSSA"
    UWORD
    spg_uw_b1p33
    1
    100
    0.00
    1.330000

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkmxstg
    "Maximale Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380601
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380601 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380601 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380601 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkmxstg2
    "Maximale Steigung der Sondenspannung hinter KAT Bank2"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380602
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380602 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380602 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380602 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkr2_w
    "Spannung (word) Lambdasonde Rohwert hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushkr_w
    "Spannung (word) Lambdasonde Rohwert hinter KAT"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushksteig
    "Steigung der Sondenspannung hinter KAT"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380603
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380603 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380603 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380603 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushksteig2
    "Steigung der Sondenspannung hinter KAT Bank2"
    UBYTE
    spgg_q0p52
    1
    100
    0.00
    132.6

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380604
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380604 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380604 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380604 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushk_w
    "Spannung Lambdasonde (4.88mV/LSB) hinter Katalysator"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushmb2_w
    "Spannung (word,10 ms-Raster) Lambdasonde mit Widerst. belastet hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F3E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F3E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushmb_w
    "Spannung (word, 10 ms-Raster) Lambdasonde mit Widerstand belastet hinter KAT"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushob2_w
    "Spannung (word, 10 ms-Raster) Lambdasonde ohne Belastung hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ushob_w
    "Spannung (word, 10 ms-Raster) Lambdasonde ohne Belastung hinter KAT"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380F44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnsha
    "minimal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnsha2
    "minimal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 2"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnshn
    "minimal erkannter Sondenspannungswert h.K. (neu), DLSSA"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384014
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384014 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384014 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384014 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmnshn2
    "minimal erkannter Sondenspannungswert h.K. (neu), DLSSA (Bank2)"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384015
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384015 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384015 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384015 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxsha
    "maximal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 1"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxsha2
    "maximal erkannter Sondenspannungswert h.K. (alt), DLSSA, Bank 2"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3848D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxshn
    "maximal erkannter Sondenspannungswert h.K. (neu), DLSSA"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384016
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384016 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384016 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384016 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usmxshn2
    "maximal erkannter Sondenspannungswert h.K. (neu), DLSSA (Bank2)"
    UBYTE
    spg_ub_b1p33
    1
    100
    0.00
    1.330

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384017
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384017 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384017 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384017 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usobh2_w
    "Spannung (word) Lambdasonde ohne Belastung hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usobh_w
    "Spannung (word) Lambdasonde ohne Belastung hinter KAT"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk
    "aktuelle Regelschwelle Lambdasignal h.K."
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38494A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk2
    "aktuelle Regelschwelle Lambdasignal h.K., Bank 2"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38494B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38494B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38494B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38494B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk2_w
    "aktuelle Regelschwelle Lambdasignal hinter KAT (word) Bank2"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38558A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhkmx
    "maximale Regelschwelle im Fehlerfall  für Sonden-Diagnose hinter KAT"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384011
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384011 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384011 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384011 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhkmx2
    "maximale Regelschwelle im Fehlerfall für Sonden-Dignose hinter KAT Bank2"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384012
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384012 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384012 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384012 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhks
    "aktueller Regel-Sollwert für Diagnose hinter KAT"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384883
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384883 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384883 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384883 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhks2
    "aktueller Regel-Sollwert für Diagnose hinter KAT Bank2"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384884
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384884 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384884 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384884 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usrhk_w
    "aktuelle Regelschwelle Lambdasignal hinter KAT (word)"
    UWORD
    spg_uw_q0p00488_o1
    1
    100
    -1.000000
    318.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38558C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38558C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38558C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38558C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvk
    "Spannung Lambdasonde vor Kat"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x384809
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384809 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384809 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384809 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvk2
    "Spannung Lambdasonde vor Kat 2"
    UBYTE
    spg_ub_q0p0052_o0p2
    1
    100
    -0.2000
    1.130

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38480A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38480A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38480A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38480A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkk2_w
    "LSU-Spannung vor Kat, korrigiert Bank2"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380C1A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C1A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C1A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C1A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkk_w
    "LSU-Spannung vor Kat, korrigiert"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380C1C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380C1C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380C1C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380C1C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkvj2_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde Bank2 für Scan Tool"
    UWORD
    spg_q1p22Em4
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381984
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381984 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381984 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381984 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    usvkvj_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde für Scan Tool"
    UWORD
    spg_q1p22Em4
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x381986
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381986 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381986 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381986 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    utmot2_w
    ""
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uuagrvp_w
    "Spannung der AGR-Ventil-Lagerückmeldung"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CA2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv2_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde Bank2 (ADC-Wert)"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CA4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uulsuv_w
    "Sondenspannung vor Kat einer Breitbandlambdasonde (ADC-Wert)"
    UWORD
    spg_uw_b5
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CA6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushk2_w
    "ADC-Spannung Lambdasonde hinter Katalysator Bank2 (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CA8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CA8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CA8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CA8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushk_w
    "ADC-Spannung Lambdasonde hinter Katalysator (Word)"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CAA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushmb2_w
    "Spannung (word,1 ms-Raster) Lambdasonde mit Widerstand belastet hinter KAT Bank2"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF2F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2F6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2F6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushmb_w
    "Spannung (word, 1 ms-Raster) Lambdasonde mit Widerstand belastet hinter KAT"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF2F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2F8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2F8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushob2_w
    "ADC-Spannung (word, 1 ms-Raster) Sonde ohne Belastung hinter Katalysator Bank2"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF2FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2FA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2FA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uushob_w
    "ADC-Spannung (word, 1 ms-Raster) Sonde ohne Belastung hinter Katalysator"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF2FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2FC 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2FC INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uzkw_w
    "Kurbelwellen-Umdrehungszähler"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380EAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    uzue
    ""
    UBYTE
    spg_ubatt
    1
    100
    0.00
    17.95

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B5C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B5C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    u_immo
    ""
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    valutggls
    "Wert zum Laden des Timers TGGLS"
    UBYTE
    t1msxms_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2FE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2FE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vamsr_c
    "Rohwert Radgeschwindigkeit des AMSR gemittelt oder ausgewählt"
    UWORD
    vfzg_uw_q0p01
    1
    100
    0.00
    655.3500

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vamsr_w
    "Referenzgeschwindigkeit vom ASR/MSR-Steuergerät"
    UWORD
    vfzg_uw_b325
    1
    100
    0.00
    324.9950

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CC2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CC2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CC2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CC2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vapp_w
    "Volumenstrom Kraftstoff in L/h"
    UWORD
    vol_q0p002146
    1
    100
    0.00
    140.6229

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385640
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385640 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385640 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385640 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    varc_c_um
    "Fehlerzähler bei unplausiblem Variantenkriterium in der Funktionsüberwachung"
    UBYTE
    t40ms_ub_b10200
    1
    100
    0.00
    10200.0

    
    FORMAT "%7.1"
    
    ECU_ADDRESS 0x3802C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    verhmsb2_w
    "durch Anz. der Zylinder bestimmter Aufteilungsfaktor der Massenströme für Bank 1"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.000000

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    verhmsb_w
    "durch Anz. der Zylinder bestimmter Aufteilungsfaktor der Massenströme für Bank 1"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.000000

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384BB2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BB2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BB2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BB2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfgrlim_w
    "begrenzte Fahrzeug-Ist-Geschwindigkeit für FGR"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381198
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381198 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381198 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381198 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfgro_w
    "Geschwindigkeit zur Adressierung von KFVOFFS"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfgr_w
    "Fahrzeug-Ist-Geschwindigkeit für FGR"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38110A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38110A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38110A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38110A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfil_w
    "gefilterte Geschwindigkeit (16-Bit)"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38110C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38110C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38110C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38110C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg
    "Fahrzeuggeschwindigkeit"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0.00
    318.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgkb_w
    "Geschwindigkeit aus Kombi-Botschaft"
    UWORD
    vfzgkb_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzgkmtr
    "Resultierende Fahrzeuggeschwindigkeit in der KMTR"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0.00
    318.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3849D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3849D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3849D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3849D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_bt
    "Fahrzeuggeschwindigkeit im Befehlstest"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381892
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381892 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381892 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381892 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_u
    "Fahrzeuggeschwindigkeit, mit def. Quantisierung für Tester"
    UBYTE
    vfzg_q1p0
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38057A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38057A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38057A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38057A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzg_w
    "Fahrzeuggeschwindigkeit"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38110E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38110E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38110E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38110E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vfzroh_w
    "Fahrzeuggeschwindigkeit Ausgabewert an SCAN-Tool"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381110
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381110 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381110 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381110 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    virkr
    "Verhältnis Integrator / Referenzpegel Klopfregelung"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0xF3C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C7 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C7 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vivmx_w
    "Istgeschwindigkeit der VMAX-Regelung"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkAirbag
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B6 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B6 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkCAN
    "Variantenkriterium für CAN"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B7 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B7 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkCAN2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B8 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B8 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkCAN3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4B9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4B9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4B9 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4B9 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkKlima
    "Variantenkriterium für Klima"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF4BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF4BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF4BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF4BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkpedch_uc
    "Variantenkriterium für Pedal-Charakteristik im Befehlstest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A2A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A2A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkpedch_um
    "Variantenkriterium für Pedal-Charakteristik in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkr
    "Verstärkungsstufe für Eingangsverstärkung Klopf-IC"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380920
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380920 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380920 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380920 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkr_tst
    "Verstärkungsstufe für Eingangsverstärkung Klopf-IC rollierend mit Zyl.zähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380928
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380928 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380928 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380928 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vkst_w
    "Gefördertes Kraftstoffvolumen"
    UWORD
    vol_q0p1
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38563C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38563C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38563C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38563C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vlast_w
    "Zusätzliche Offset-Geschwindigkeit für FGR-Regler bei höherer Last"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmaxtm_w
    "Maximalgeschwindigkeit aus Motortemperatur"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E36
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E36 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E36 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E36 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmaxtol_w
    "Maximalgeschwindigkeit aus Öltemperatur"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E38 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E38 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmaxtom_w
    "Maximalgeschwindigkeit aus Öl- und Motortemperatur inkl. Änderungsbegrenzung"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vmax_w
    "Maximalgeschwindigkeit für VMAX-Regelung"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E3C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E3C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E3C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E3C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwa_w
    "berechnete Verstellgeschwindigkeit der NW, Auslass"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3820D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwda_w
    "berechnete Verstellgeschwindigkeit der NW mit Delay (Auslaß)"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3820D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwde_w
    "berechnete Verstellgeschwindigkeit der NW mit Delay (Einlaß)"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x382078
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382078 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382078 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382078 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwdza_w
    "berechnete Verstellgeschwindigkeit der NW mit Delay, Zwischengröße (Auslaß)"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3820D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwdze_w
    "berechnete Verstellgeschwindigkeit der NW mit Delay, Zwischengröße (Einlaß)"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38207A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38207A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38207A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38207A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vnwe_w
    "berechnete Verstellgeschwindigkeit der NW Einlaß"
    SWORD
    kwgrad_q0p03052
    1
    100
    -1000.000
    999.9695

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38207C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38207C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38207C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38207C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    voffs_w
    "Offsetgeschwindigkeit für FGR-Regler"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpspabna_w
    "Druckverhältnis ps_w/pabnav_w"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CDA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CDA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CDA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CDA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpspanav_w
    "Verhältnis Saugrohrdruck ps_w zu Abgasdruck nach Auslaßventil pabnav_w"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384C92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vpvdkpu_w
    "Verhältnis Ladedruck pvdkds_w zu Umgebungsdruck pu_w"
    UWORD
    fak_q0p000122
    1
    100
    0.00
    7.999878

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384CCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384CCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384CCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384CCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hl_c
    "Rohwert Radgeschwindigkeit des AMSR hinten links gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hl_w
    "Radgeschwindigkeit hinten links"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CC4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CC4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hr_c
    "Rohwert Radgeschwindigkeit des AMSR hinten rechts gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CFE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CFE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_hr_w
    "Radgeschwindigkeit hinten rechts"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CC6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CC6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CC6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CC6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vl_c
    "Rohwert Radgeschwindigkeit des AMSR vorne links  gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D00
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D00 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D00 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D00 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vl_w
    "Radgeschwindigkeit vorne links"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CC8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CC8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CC8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CC8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vr_c
    "Rohwert Radgeschwindigkeit des AMSR vorne rechts  gefiltert"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380D02
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D02 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D02 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D02 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vrad_vr_w
    "Radgeschwindigkeit vorne rechts"
    UWORD
    vrad_uw_b655
    1
    100
    0.00
    654.9900

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CCA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CCA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CCA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CCA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vregdia_w
    "Volumenstrom Tankentlüftungsventil: Wert für Diagnose Tankdichtheit"
    UWORD
    vs_uw_b25p6
    1
    100
    0.00
    25.59961

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381FE2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vregl_w
    "Sollgeschwindigkeit für FGR-Regler"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38119A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38119A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38119A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38119A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vroh_w
    "Fahrzeuggeschwindigkeit ungefiltert"
    UWORD
    vfzg_uw_b512
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381112
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381112 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381112 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381112 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsdmr
    "Vorgabe Drehmomentreserve über Verstellsystem VSxy"
    UBYTE
    rel_ub_q0p3906
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380498
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380498 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380498 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380498 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsfpses
    "Faktor zur Verstellung Saugrohrdruck zur Applikation Einspritzung"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380499
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380499 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380499 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380499 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsfrk
    "Korrektur der relativen Kraftstoffmasse über Verstellsysteme"
    UBYTE
    fak_ub_b1p25_o0p75
    1
    100
    0.7500
    1.248

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38049A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vske
    "verstellbarer Offset für Klopferkennungsschwelle über VS20"
    SBYTE
    fak_ub_b16
    1
    100
    -8.000
    7.938

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38049B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsksmlf_w
    "Volumenstrom Kraftstoff in Milliliter gefiltert"
    UWORD
    volgrd_q5p96Em4
    1
    100
    0.00
    39.06190

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385652
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385652 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385652 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385652 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsksml_w
    "Volumenstrom Kraftstoff in ml/s"
    UWORD
    volgrd_q5p96Em4
    1
    100
    0.00
    39.06190

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x385642
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385642 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385642 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385642 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsks_w
    "Volumenstrom Kraftstoff in L/s"
    UWORD
    volgrd_q5p96Em7
    1
    100
    0.00
    0.03906190

    
    FORMAT "%10.8"
    
    ECU_ADDRESS 0x385644
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385644 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385644 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385644 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsldtv
    "Verstellgröße LDR-Tastverhältnis vom VSx-System zur Applikation"
    UBYTE
    tv_ub_b100
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38049C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsns
    "Änderung der Solldrehzahl über Verstellsystem VSxy"
    UBYTE
    nmot_ub_q10
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38049D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsrlmx
    "Additive Füllungskorrektur für rlmx vom Verstellsystem"
    SBYTE
    rel_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38049E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstagr
    "Anpassung AGR-Rate (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380964
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380964 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380964 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380964 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstcns
    "Anpassung Codewort LL-Solldrehzahl-Umschaltung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380965
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380965 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380965 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380965 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstdzw
    "Anpassung Zündwinkel additiv"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380966
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380966 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380966 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380966 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfba
    "Faktor Beschleunigungsanreicherung (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380967
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380967 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380967 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380967 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfns
    "Anpassung Faktor Nachstart (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380968
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380968 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380968 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380968 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfrk
    "Korrektur der relativen Kraftstoffmasse über Tester"
    UBYTE
    fak_ub_b1p25_o0p75
    1
    100
    0.7500
    1.248

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380969
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380969 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380969 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380969 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfst
    "Anpassung Faktor Start (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38096A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfva
    "Faktor Verzoegerungsabmagerung (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38096B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstfwl
    "Anpassung Faktor Warmlauf (Testerschnittstelle)"
    UBYTE
    fak_ub_b2
    1
    100
    0.00
    1.992

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38096C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstlr
    "Anpassung tv-Zeit  (Testerschnittstelle)"
    SBYTE
    t10msxs_sb_q0p01
    1
    100
    -1.280
    1.270

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x38096D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstmdr
    "Anpassung Momentenreserve Leerlaufregelung (Testerschnitst.)"
    UBYTE
    rel_ub_b25
    1
    100
    0.00
    24.90

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x38096E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstnls
    "Anpassung LL-Solldrehzahl (Testerschittstelle)"
    SBYTE
    nmot_sb_q10
    1
    100
    -1280.
    1270.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38096F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38096F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38096F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38096F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstnlsl
    "Anpassung LL-Solldrehzahl-Begrenzung (Testerschittstelle)"
    SBYTE
    nmot_sb_q10
    1
    100
    -1280.
    1270.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38099E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38099E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38099E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38099E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstrlx
    "Verstellgröße Maximalfüllung vom Tester"
    UBYTE
    fak_ub_b1
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380970
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380970 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380970 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380970 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vstvvr
    "Erhöhung des Sollwerts der VMAX-Regelung über Werkstatt-Tester"
    SBYTE
    vfzg_q1p0
    1
    100
    -128.0
    127.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380971
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380971 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380971 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380971 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsvmx_w
    "Sollgeschwindigkeit der VMAX-Regelung"
    UWORD
    vfzg_uw_q0p00781
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384E48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384E48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384E48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384E48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vsvw
    "Änderung Einspritzvorlagerungswinkel über Verstellsystem"
    SBYTE
    zw_sb_q6
    1
    100
    -768.0
    762.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38049F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38049F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38049F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38049F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vswnws
    "Änderung der Winkel Nockenwelle (variable NWS) über Verstellsystem VSxy"
    UBYTE
    wkw_ub_q0p25
    1
    100
    0.00
    63.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vszw
    "Zündwinkelkorrektur durch Verstellsystem"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804A1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804A1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804A1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804A1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vszwkr
    "Zylinderindividuelle ZW-Verstellung durch Verstellsystem"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x3804A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804A2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804A2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vszwm
    "Mittelwert der ZW-Verstellung über VS2x"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380946
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380946 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380946 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380946 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vti_w
    "Verhältnis Einspritzzeit nach Einlaßventil öffnen zu gesamte Einspritzzeit"
    UWORD
    fak_uw_b2
    1
    100
    0.00
    1.999969

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x3814F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vtrip_w
    "Verbrauch über den Trip in L"
    UWORD
    vol_q3p90625Em3_l
    1
    100
    0.00
    255.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385646
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385646 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385646 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385646 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vwkw
    "KW-Winkelgeschwindigkeit"
    UBYTE
    rel_ub_q0p1875
    1
    100
    0.00
    47.81

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380777
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380777 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380777 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380777 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vzgrac
    "GRA-Zielgeschwindigkeit für CAN-Ausgabe"
    UBYTE
    vfzg_ub_q1p25
    1
    100
    0.00
    318.8

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380523
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380523 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380523 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380523 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    vziel_w
    "Zielgeschwindigkeit FGR"
    UWORD
    vfzg_uw_q0p0078125
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38119C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38119C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38119C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38119C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdcan
    "WIV Kurzzeitmittelwert"
    UBYTE
    vol_ub_q15_o1905ml
    1
    100
    -1905.
    1920.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38482B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1
    "Drosselklappenwinkel aus Poti 1"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1g
    "DK-Winkel aus Poti 1 begrenzt u. gefiltert für Vergl. mit Ersatzwert aus Füllung"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk1_w
    "DK-Winkel aus Poti 1"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38113A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38113A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38113A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38113A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2
    "Drosselklappenwinkel aus Poti 2"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2g
    "DK-Winkel aus Poti 2 begrenzt u. gefiltert für Vergl. mit Ersatzwert aus Füllung"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk2_w
    "DK-Winkel aus Poti 2"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38113C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38113C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38113C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38113C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdk3
    "DK-Winkel-Ersatzwert aus Füllungssignal"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkada_w
    "Sollwert DK-Winkel, aus DV-E Adaption- und Prüffunktion"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381164
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381164 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381164 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381164 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkba
    "Drosselklappenwinkel bezogen auf unteren Anschlag"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbab_w
    "wdkba_w begrenzt (Minimalauswahl zwischen wdkba_w und wdkugd_w)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381266
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381266 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381266 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381266 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbadmx_w
    "Winkel-DK für Adressierung von KFMLDMX"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbapb_w
    "fuer Einspritzung praediz. begr. Drosselklappenwinkel (Word)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381344
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381344 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381344 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381344 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbap_w
    "fuer Einspritzung praedizierter Drosselklappenwinkel (Word)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3814CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkbate
    "Winkel Drosselklappe für Kennfeldberechnung in der Tankentlüftung"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AB3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkba_w
    "Drosselklappenwinkel bezogen auf unteren Anschlag"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xF300
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF300 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF300 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF300 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkdlra_w
    "Alter Sollwert DK-Winkel in 12 Bit-Auflösung"
    UWORD
    relDK_q0p02441
    1
    100
    0.00
    1599.976

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x381178
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381178 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381178 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381178 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkdlr_w
    "Sollwert DK-Winkel in 12 Bit-Auflösung"
    UWORD
    relDK_q0p02441
    1
    100
    0.00
    1599.976

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0xF314
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF314 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF314 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF314 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkink_w
    "aktuelles Inkrement des DK-Sollwinkels"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlp
    "Diagnose: 8 Bit Kopie von wdknlp_w als Umweltgröße"
    UBYTE
    relDK_q0p3922
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlpr
    "Diagnose: 8 Bit Kopie von wdknlpr_w als Umweltgröße"
    UBYTE
    relDK_q0p3922
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlpr_w
    "Dauer-RAM: Sollwert DK-Winkel in NLP-Stellung, bez. auf UMA"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3838A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdknlp_w
    "DK-Winkel der Notluftposition"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381166
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381166 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381166 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381166 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkpmx
    "Maximaler Drosselklappenwinkel für Plausibilisierung mit Füllungssignal"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806D8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806D8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdks
    "Sollwert DK-Winkel, bezogen auf unteren Anschlag"
    UBYTE
    relDK_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380763
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380763 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380763 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380763 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksap_w
    "DK-Sollwinkel aus Applikationsblock"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksba2_w
    "DK-Sollwinkel nach der Begrenzung, Wert aus Rechenraster n-2"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksba_w
    "DK-Sollwinkel nach der Begrenzung, Wert aus Rechenraster n-1"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksbugd_w
    "Solldrosselklappenwinkel aus Momentenstruktur auf ungedrosselten Winkel begrenzt"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksb_w
    "DK-Sollwinkel nach der Begrenzung"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksfi_w
    "aus wdks_w prädizierter DK-Winkel"
    SWORD
    relDK_q0p02441
    1
    100
    -800.0000
    799.9756

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38117A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38117A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38117A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38117A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksfl
    "Flankenwechselanzeige für DK-Sollwert wdksap_w"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380764 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380764 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksgv_w
    "Drosselklappen-Sollwinkel vor Applikationsschnittstelle (gefiltert)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksmx_w
    "max. Sollwert Drosselklappenwinkel"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksom_w
    "Drosselklappensollwinkel ohne Momentenstruktur"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkspa_w
    "prädizierter DK-Winkel, Wert aus Rechenraster n-1"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksp_w
    "Prädizierter Drosselklappen-Sollwinkel"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksvfl
    "Flankenwechselanzeige für DK-Sollwert wdksapa_w"
    SBYTE
    fak_sb_b1
    1
    100
    -1.000
    0.9922

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x380765
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380765 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380765 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380765 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdksv_w
    "Drosselklappen-Sollwinkel vor Applikationsschnittstelle (ungefiltert)"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3812C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkswe_w
    "DK-Sollwertschwelle für prädiz. Entjitterung"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdks_w
    "Sollwert Drosselklappenwinkel, bezogen auf (unteren) Anschlag"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3812F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3812F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3812F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3812F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkugd_w
    "Drosselklappenwinkel, bei dem 95% Füllung erreicht wird"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x381268
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381268 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381268 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381268 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkvabob
    "DK-Sollwert für oberen Abgleichpunkt"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381168
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381168 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381168 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381168 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdkvabub
    "DK-Sollwert für unteren Abgleichpunkt"
    UWORD
    relDK_uw_b100
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38116A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38116A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38116A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38116A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdmdkoe
    "Momentenaufnahme Klimakompressor beim Einschalten"
    SBYTE
    rel_sb_q0p39
    1
    100
    -50.00
    49.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384941
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384941 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384941 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384941 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdnwsa_w
    "Sollwinkeldifferenz am Eingang Änderungsbegrenzung Auslaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wdnwse_w
    "Sollwinkeldifferenz am Eingang Änderungsbegrenzung Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382046
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382046 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382046 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382046 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wea
    "Winkelmarke Einspritzabbruch"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3848DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848DC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848DC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wee
    "Winkel Einspritzende im Normalbetrieb"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38077C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weemrfa
    "Winkel Einspritzende im maximalem Fahrerwunschmomment"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38077D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weenst
    "Winkel Einspritzende nach Startende"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38077E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weeotkrf_w
    "Winkel Einspritzende im Normalbetrieb ohne Flugzeit"
    UWORD
    kw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384D5A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weer
    "Winkel Einspritzende resultierend"
    UBYTE
    kw_q2p8125
    1
    100
    0.00
    717.2

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38077F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38077F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38077F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38077F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weest
    "Winkel Einspritzende im Start"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380780 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380780 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weestsb
    "Winkelgrenze Einspritzende für sim. Startauslösungen"
    UBYTE
    kw_q2p8125
    1
    100
    0.00
    717.2

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806EE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806EE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weests_r
    ""
    UBYTE
    kw_q2p8125
    1
    100
    0.00
    717.2

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF33F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF33F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF33F 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF33F INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    weetm
    "Winkel Einspritzende Temperaturkorrektur"
    SBYTE
    zw_sb_q6
    1
    100
    -768.0
    762.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380781
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380781 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380781 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380781 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wessbm
    "Winkel Einlass schliesst spät bis Bezugsmarke"
    UBYTE
    kw_q2p8125
    1
    100
    0.00
    717.2

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384908 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384908 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BA 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BA INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms2
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BB 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BB INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms3
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BC 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BC INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms4
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms5
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms6
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3BF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3BF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3BF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3BF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBits10ms7
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsAusBitsNov10ms1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829E6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829E6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCommEepOld
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCommImsOld
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807F5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCommTstOld
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807F6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807F6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrAuSt
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrAuth
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrn0_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381572
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381572 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381572 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381572 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrP2C
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrRcErr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrRcnl
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807FD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsCtrRetr
    ""
    UBYTE
    t_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384909
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384909 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384909 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384909 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsEcuSt_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x381574
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381574 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381574 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381574 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsEepReq
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3807FF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3807FF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3807FF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3807FF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsEepReqO
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380800 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380800 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsIdxSigE
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380801
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380801 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380801 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380801 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsIdxSigI
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380802 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380802 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsIId
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 14
    ECU_ADDRESS 0x380803
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380803 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380803 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380803 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsIIdIms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 14
    ECU_ADDRESS 0x380811
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380811 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380811 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380811 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsKwpRspC
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 3
    ECU_ADDRESS 0x380820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380820 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380820 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsLokBits1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xCC0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xCC0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xCC0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xCC0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsLokBits10ms1
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3C1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsTime
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38087C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsVin
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 17
    ECU_ADDRESS 0x38087D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38087D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38087D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38087D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsVinIms
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 17
    ECU_ADDRESS 0x38088E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38088E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38088E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38088E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsVinUr
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 17
    ECU_ADDRESS 0x38089F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38089F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38089F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38089F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfsWinTime
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfs_cyclus
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3808B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3808B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3808B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3808B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wfv_w
    "WIV Verbrauchsäquivalent"
    UWORD
    fak_q2p0em8
    1
    100
    0.00
    0.001310700

    
    FORMAT "%11.9"
    
    ECU_ADDRESS 0x384AE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wf_w
    "Wandfilmmenge"
    SWORD
    rel_q0p09375
    1
    100
    -3072.000
    3071.906

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wikatst_w
    "Wärmemenge im Kat beim Start"
    UWORD
    q_q64
    1
    100
    0.00
    4194240.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384DBE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DBE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DBE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DBE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    winkl_b1
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF378
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF378 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF378 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF378 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    winkl_b2
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF37A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF37A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF37A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF37A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wistr_w
    "Relativer Heizfortschritt für Katalysator seit Motorstart"
    UWORD
    fak_uw_b1
    1
    100
    0.00
    0.9999847

    
    FORMAT "%9.7"
    
    ECU_ADDRESS 0x384DC0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384DC0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384DC0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384DC0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wivchka_w
    "öltemperaturabhängige Verbrauchsbewertung * Kraftstoffverbrauch in WIV"
    UWORD
    vol_uw_q8mm3
    1
    100
    0.00
    524280.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x384AEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wivchkb_w
    "ölfüllstandsabhängige Verbrauchsbewertung * wivchka_w in WIV"
    UWORD
    vol_uw_q64mm3
    1
    100
    0.00
    4194240.

    
    FORMAT "%8.0"
    
    ECU_ADDRESS 0x384AEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384AEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384AEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384AEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkfmdko_w
    "Momentenaufnahme Klimakompressor vor Filter"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3816F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3816F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3816F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3816F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkr
    "zylinderindividuelle Zündwinkelspätverstellung KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    ARRAY_SIZE 6
    ECU_ADDRESS 0xF3C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3C8 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3C8 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkra
    "last und drehzahlabh. Adaptionskennfeld für wkr"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    ARRAY_SIZE 160
    ECU_ADDRESS 0x382A0E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382A0E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382A0E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382A0E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkraa
    "Monitor der wkra des aktuellen Adaptionsbereiches, wkra_0, _1..."
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380947
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380947 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380947 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380947 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkratst
    "wkra mit Synchro-Raster rollierend"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38094F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38094F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38094F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38094F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdy
    "Zündwinkelspätverstellung bei KR-Dynamik"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D0 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D0 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrdya
    "adaptierter Zündwinkel bei KR-Dynamik"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    ARRAY_SIZE 5
    ECU_ADDRESS 0x382AAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AAE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AAE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrm
    "Mittelwert der zylinderindividuellen ZW-Spätverstellungen durch KR"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3CE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3CE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkrma
    "Mittelwert der ZW-Spätverstellungen KR, allgemein (im Notlauf mit Sicherheit)"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3CF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3CF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3CF 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3CF INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkr_tst
    "zyl.ind. ZW-Spätverstellung, rollierend"
    UBYTE
    zw_ub_qn0p75
    1
    100
    -191.3
    0.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380950
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380950 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380950 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380950 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkw0rale_w
    "Winkel Kurbelwelle am Nullpunkt des Arbeitsspieles bei 1. rückdrehendem Zahn"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380E9E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwas_kor
    "Kurbelwinkel im Arbeitsspiel mit Lückenkorrektur"
    UBYTE
    kw_tooth_sy
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380598
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380598 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380598 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380598 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwas_rde
    "Korrigierter Winkel im Arbeitsspiel für RDE"
    UBYTE
    kw_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380589
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380589 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380589 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380589 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwbzm0_w
    "Winkel Kurbelwelle am Nullpunkt des Arbeitsspiels: R_syn & zzyl = 0 (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF2B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B2 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B2 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwneg_w
    "Winkel Kurbelwelle bei negativer Phasenflanke im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF2B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwpos_w
    "Winkel Kurbelwelle bei positiver Phasenflanke im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF2B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwrale_w
    "Winkel Kurbelwelle beim ersten rückdrehenden Zahn (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0x380EA0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EA0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EA0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EA0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwstart_w
    "Winkel Kurbelwelle beim Überschreiten von NMIN im Schnellstart"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF2B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2B8 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2B8 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwstop
    "Motorabstellposition im Arbeitsspiel"
    UBYTE
    kw_tooth_sy
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x3829B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkwsyn_w
    "Winkel Kurbelwelle am Beginn des Synchros (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xF202
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF202 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF202 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF202 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wkw_w
    "Winkel Kurbelwelle (word)"
    UWORD
    kw_tooth_sy
    1
    100
    0.00
    393210.0

    
    FORMAT "%8.1"
    
    ECU_ADDRESS 0xFE50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFE50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFE50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFE50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wlustop_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmfa
    "Meßfensteranfang in Grad Kurbelwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380904
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380904 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380904 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380904 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmfl
    "Meßfensterlänge in Grad Kurbelwinkel"
    UBYTE
    zw_ub_q0p75
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380905
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380905 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380905 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380905 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wmilstp_w
    ""
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380D84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnshkmna_w
    "Minimaler Sollwinkel Schütteln Auslaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38200E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38200E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38200E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38200E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnshkmne_w
    "Minimaler Sollwinkel Schütteln Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382010
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382010 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382010 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382010 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnshkmxa_w
    "Maximaler Sollwinkel Schütteln Auslaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382012
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382012 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382012 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382012 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnshkmxe_w
    "Maximaler Sollwinkel Schütteln Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382014
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382014 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382014 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382014 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnsrfixe_w
    "max. Sollwinkel für interne Restgassteuerung über Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnstvhe_w
    "Sollwinkel bei Verstellstop durch umschalten der Nockenhöhe Einlassnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382016
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382016 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382016 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382016 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnvuhoms_w
    "Sollüberschneidungswinkel  Nockenw.  nur durch Verstellung homogen Mode"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FE6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmn2_w
    "Minimalwertauswahl der adaptierten Phasenflanken"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B40 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B40 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmna_w
    "Minimalwertauswahl von adaptierten Werten (Auslaß)"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E80
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E80 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E80 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E80 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmne_w
    "Minimalwertauswahl von adaptierten Werten (Einlaß)"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B42
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B42 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B42 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B42 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmn_w
    "Minimalwertauswahl von adaptierten Phasenflankenwinkeln"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B44
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B44 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B44 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B44 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmx2_w
    "Maximalwertauswahl von adaptierten Werten Geber 2"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E82
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E82 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E82 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E82 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmxa_w
    "Maximalwertauswahl von adaptierten Werten (Auslaß)"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E84
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E84 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E84 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E84 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmxe_w
    "Maximalwertauswahl von adaptierten Werten (Einlaß)"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E86
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E86 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E86 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E86 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwadmx_w
    "Maximalwertauswahl von adaptierten Phasenflankenwinkeln"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E88
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E88 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E88 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E88 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwahom_w
    "Vorsteuerwert für NW-Sollwinkel im Homogenbetrieb Auslaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385618
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385618 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385618 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385618 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwam
    "Nockenwellenwinkel Auslaß (Mittelwert)"
    SBYTE
    kw_q0p5
    1
    100
    -64.00
    63.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B13
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B13 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B13 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B13 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwaslrs
    "Sollwinkel Nockenwelle Auslass öffnet für Lageregler"
    UBYTE
    kw_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B14
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B14 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B14 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B14 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwass
    "Sollwinkel Nockenwelle Auslaß schliesst (Bank1)"
    UBYTE
    kw_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384988
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384988 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384988 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384988 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwa_w
    "Winkel Auslassventil schließt bezogen auf LWOT"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwdshka_w
    "Deltasollwinkel Nockenwelle Auslaß Höhenkorrektur bei Katheizen"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwdshke_w
    "Deltasollwinkel Nockenwelle Einlaß Höhenkorrektur bei Katheizen"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwehom_w
    "Vorsteuerwert für NW-Sollwinkel im Homogenbetrieb Einlaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwem
    "Nockenwellenwinkel Einlaß (Mittelwert)"
    SBYTE
    kw_q0p5
    1
    100
    -64.00
    63.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380AF9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AF9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AF9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AF9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnweoas2_w
    "Winkeldiff. zw. adaptierter und aktueller Phasenflanke bez. auf EO / AS Geber 2"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnweoas_w
    "Winkeldifferenz zwischen adaptierter und aktueller Phasenflanke bez. auf EO / AS"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnweolrs
    "Sollwinkel Nockenwelle Einlass öffnet für Lageregler"
    UBYTE
    kw_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AFA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AFA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnweos
    "Sollwinkel für Nockenwelle Einlaß öffnet"
    UBYTE
    kw_ub_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384984
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384984 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384984 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384984 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwe_w
    "Winkel Einlassventil oeffnet bezogen auf LWOT"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E90
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E90 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E90 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E90 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwfda_w
    "Winkel Nockenwelle gefiltert für Diagnose Auslass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385634
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385634 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385634 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385634 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwfde_w
    "Winkel Nockenwelle gefiltert für Diagnose Einlass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385614
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385614 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385614 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385614 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgpa_w
    "Prädiktionswinkel bis Halteposition, berechnet aus der Verstellgeschw.  Auslass"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgpe_w
    "Prädiktionswinkel bis Halteposition, berechnet aus der Verstellgeschwindigkeit"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38207E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38207E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38207E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38207E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgsa_w
    "Geschätzter Auslaß-NW-Winkel"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgsda_w
    "Geschätzer Endwert Auslaß NW-Winkel (bei Ausgabe Halte-TV)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgsde_w
    "Geschätzter Endwert EInlaß NW-Winkel (bei Ausgabe Halte-TV)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382080
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382080 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382080 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382080 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgse_w
    "Geschätzter Einlaß-NW-Winkel"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382082
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382082 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382082 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382082 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwgv_w
    "Gesamtverstellwinkel  Ein- und Auslass Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FE8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FE8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FE8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FE8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwi2_ad_w
    "Winkeldifferenz zwischen adaptierter und aktueller 2. Phasenflanke (word)"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwi2_w
    "Istwinkel für Nockenwelle 2 (word)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384A74
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A74 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A74 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A74 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwim2_w
    "Mittelwert Abweichung Adaption Nocken-/Kurbelwelle 2"
    UWORD
    kw_q0p0039
    1
    100
    0.00
    255.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383876
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383876 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383876 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383876 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwim_w
    "Mittelwert Abweichung Adaption Nocken-/Kurbelwelle"
    UWORD
    kw_q0p0039
    1
    100
    0.00
    255.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x383878
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383878 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383878 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383878 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwisa_w
    "Istwinkel für Auslaßnockenwelle"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwise_w
    "Istwinkel für Einlaßnockenwelle"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381AFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381AFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381AFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381AFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwix_w
    "Winkelfehler der berechneten Winkelbasis an der negativen Phasenflanke"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380EB8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EB8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EB8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EB8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwi_ad_w
    "Winkeldifferenz zwischen adaptierter und aktueller Phasenflanke (word)"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380E94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwi_w
    "Istwinkel für Nockenwelle (word)"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384A76
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384A76 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384A76 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384A76 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkha_w
    "Sollwinkel Nockenwelle Auslaß bei Katheizen"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkhe_w
    "Sollwinkel Nockenwelle Einlaß bei Katheizen"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkhlla_w
    "Sollwinkel Nockenwelle Auslaß bei Katheizen und B_ll"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38561E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38561E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38561E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38561E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkhlle_w
    "Sollwinkel Nockenwelle Einlaß bei Katheizen und B_ll"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkor2_w
    "Aktueller Korrekturwert für NW-Signal des Sensors PG2"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B46 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B46 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkor_w
    "Aktueller Korrekturwert für NW-Signal"
    SWORD
    kw_q0p0156
    1
    100
    -512.0000
    511.9844

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B48 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B48 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkrva_w
    "Korrekturwert des geschätzten Endwertes in Abhängigkeit von der Verstellgeschw."
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkrve_w
    "Korrekturwert des geschätzten Endwertes in Abhängigkeit von der Verstellgeschw."
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382084
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382084 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382084 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382084 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkwas2_w
    "Winkel Nockenwelle 2 zur Kurbelwelle im Arbeitsspiel"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E96
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E96 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E96 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E96 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkwasx_w
    "Berechnete Winkelbasis zum Zeitpunkt der negativen Phasenflanke"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380EBA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EBA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EBA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EBA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwkwas_w
    "Winkel Nockenwelle zur Kurbelwelle im Arbeitsspiel"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsaa_w
    "aktiver Sollwinkel, der aus den verschiedenen Kennfeldern selektiert wurde Ausla"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385620
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385620 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385620 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385620 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsae_w
    "aktiver Sollwinkel, der aus den verschiedenen Kennfeldern selektiert wurde Einla"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385600
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385600 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385600 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385600 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsakfa_w
    "Sollwinkel Nockenwelle aus Kennfeldern zu Beginn Phasenflankenadaption Auslaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsakfe_w
    "Sollwinkel Nockenwelle aus Kennfeldern zu Beginn Phasenflankenadaption Einlaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsanp_w
    "Sollwinkel bei Detektierung einer nicht plausiblen NW-Stellung  (Auslaß)"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384088
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384088 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384088 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384088 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsapa_w
    "Sollwinkel Auslassnockenwelle aus Kennfeld oder Festwert für Applikationszwecke"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385622
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385622 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385622 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385622 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsape_w
    "Sollwinkel Einlassnockenwelle aus Kennfeld oder Festwert für Applikationszwecke"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385602
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385602 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385602 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385602 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsa_w
    "Sollwinkel Nockenwelle Auslass schließt"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsbga_w
    "Sollwert Nockewellenverstellung nach Änderungsbegrenzung Auslassnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsbge_w
    "Sollwert Nockewellenverstellung nach Änderungsbegrenzung Einlassnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382048
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382048 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382048 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382048 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsenp_w
    "Sollwinkel bei Detektierung einer nicht plausiblen NW-Stellung  (Einlass,Bank1)"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x384086
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384086 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384086 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384086 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwseva_w
    "Sollwinkel für eingeschränkte Nockenwellenverstellung Auslass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382018
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382018 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382018 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382018 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwseve_w
    "Sollwinkel für eingeschränkte Nockenwellenverstellung Einlass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38201A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38201A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38201A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38201A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwse_w
    "Sollwinkel Nockenwelle Einlass öffnet"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38204A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38204A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38204A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38204A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsfaa_w
    "Sollwinkel bei Testereingriff Auslassnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsfae_w
    "Sollwinkel bei Testereingriff Einlassnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3855EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3855EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3855EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3855EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsfda_w
    "Sollwinkel Nockenwelle gefiltert für Diagnose Auslass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385636
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385636 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385636 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385636 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsfde_w
    "Sollwinkel Nockenwelle gefiltert für Diagnose Einlass"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385616
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385616 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385616 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385616 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwshka_w
    "Sollwinkel für Schütteln Auslaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38201C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38201C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38201C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38201C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwshke_w
    "Sollwinkel für Schütteln Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38201E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38201E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38201E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38201E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwa_w
    "Sollwinkel Nockenwelle Auslaß aus Kalt oder Warmkennfeld"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385624
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385624 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385624 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385624 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwe_w
    "Sollwinkel Nockenwelle Einlaß aus Kalt oder Warmkennfeld"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385604
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385604 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385604 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385604 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwka_w
    "Sollwinkel Nockenwelle Auslaß aus Kalt oder Warmkennfeld mit Klopfeingriff"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385626
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385626 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385626 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385626 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwke_w
    "Sollwinkel Nockenwelle Einlaß aus Kalt oder Warmkennfeld mit Klopfeingriff"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385606
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385606 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385606 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385606 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwla_w
    "Sollwinkel Nockenwelle Auslaß aus Kalt oder Warmkennfeld bei B_ll"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385628
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385628 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385628 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385628 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwskwle_w
    "Sollwinkel Nockenwelle Einlaß aus Kalt oder Warmkennfeld bei B_ll"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x385608
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385608 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385608 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385608 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwslva2_w
    "Sollwinkel für lösen der Nockenwellenverriegelung  Auslaß 2"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382020
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382020 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382020 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382020 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwslva_w
    "Sollwinkel für lösen der Nockenwellenverriegelung  Auslaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382022
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382022 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382022 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382022 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwslve2_w
    "Sollwinkel für lösen der Nockenwellenverriegelung  Einlaß 2"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382024
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382024 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382024 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382024 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwslve_w
    "Sollwinkel für lösen der Nockenwellenverriegelung  Einlaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382026
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382026 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382026 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382026 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsmna_w
    "minimaler Sollwinkel Nockenwelle Auslaß schließt"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38562A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsmne_w
    "minimaler Sollwinkel Nockenwelle Einlaß öffnet"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38560A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38560A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38560A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38560A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsmxa_w
    "maximaler Sollwinkel Nockenwelle Auslaß schliesst"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38562C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38562C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38562C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38562C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsmxe_w
    "maximaler Sollwinkel Nockenwelle Einlaß öffnet"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38560C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38560C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38560C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38560C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsp2_w
    "Adaptionswinkel Nockenwelle 2 (Spätanschlag)"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x38387A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38387A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38387A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38387A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspas2_w
    "Adaptionswinkel der Nockenwellenflanken 2 im Arbeitsspiel (Referenzposition)"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspasx_w
    "Adaptierter Wert der aktuellen Phasenflanke"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380EBC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380EBC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380EBC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380EBC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspas_w
    "Adaptionswinkel der Nockenwellenflanken im Arbeitsspiel (Referenzposition)"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380E9C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E9C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E9C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E9C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwspue_w
    "Winkel-Nockenwellenschwerpunkt-Überschneidung"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3811FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3811FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3811FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3811FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsp_w
    "Adaptionswinkel Nockenwelle (Spätanschlag)"
    UWORD
    kw_q0p0156
    1
    100
    0.00
    1023.984

    
    FORMAT "%8.3"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x383882
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383882 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383882 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383882 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsrfie_w
    "Sollwinkel für interne Restgassteuerung über Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38204C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38204C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38204C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38204C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwssa
    "gespeicherter Sollwinkel Auslaß-NW"
    UBYTE
    kw_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B15
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B15 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B15 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B15 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsse
    "gespeicherter Sollwinkel Einlaß-NW"
    UBYTE
    kw_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AFD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AFD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AFD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AFD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsswa_w
    "gespeicherter Nockenwellensollwinkel Auslaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsswe_w
    "gespeicherter Nockenwellensollwinkel Einlaß"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38204E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38204E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38204E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38204E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsta_w
    "Sollwinkel bei aktivem Verstellstopp der Auslaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382028
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382028 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382028 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382028 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwstba_w
    "Sollwinkel Auslaßnockenwelle zu Beginn Verstellstop Bank1"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38202A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwste_w
    "Sollwinkel bei aktivem Verstellstopp der Einlaßnockenwelle"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38202C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwstpa_w
    "Sollwinkel bei aktivem Verstellstop durch die Funktionalität STOPNWA Bank1"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x38202E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38202E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38202E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38202E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsyna_w
    "Stopwinkel für Synchronisation 2Bank-Nockenwelle Auslaß 1"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382030
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382030 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382030 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382030 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwsyne_w
    "Stopwinkel für Synchronisation 2Bank-Nockenwelle Einlaß 1"
    SWORD
    kw_sw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x382032
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382032 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382032 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382032 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwue
    "Winkel Nockenwellenueberschneidung"
    UBYTE
    kw_q0p5
    1
    100
    0.00
    127.5

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380AB7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AB7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AB7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AB7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwue_w
    "Winkel Nockenwellenueberschneidung"
    UWORD
    kw_q0p0019
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FEA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwug_w
    "Grundüberschneidungswinkel  Ein- und Auslass Nockenwelle"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FEC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwu_w
    "Gesamtüberschneidungswinkel  Ein- und Auslass Nockenw. incl. Grundüberschneidung"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FEE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FEE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FEE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FEE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwva_w
    "Verstellwinkel  Auslass Nockenwelle"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwve_w
    "Verstellwinkel  Einlass Nockenwelle"
    SWORD
    kw_q0p0078
    1
    100
    -256.0000
    255.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvg_w
    "Gesamtverstellwinkel der Nockenwelle"
    UWORD
    kw_q0p0019
    1
    100
    0.00
    127.9980

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvumxa_w
    "Max. möglicher Überschneidungswinkel durch Verstellung der Auslass-Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvumxe_w
    "Max. möglicher Überschneidungswinkel durch Verstellung der Einlass-Nockenwelle"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FF8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FF8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FF8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FF8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvumx_w
    "Max. möglicher Überschneidungswinkel durch Verstellung der Nockenwelle(n)"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FFA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FFA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FFA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FFA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wnwvu_w
    "Überschneidungswinkel  Ein- und Auslass Nockenw.  nur durch Verstellung"
    UWORD
    kw_q0p0078
    1
    100
    0.00
    511.9922

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381FFC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381FFC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381FFC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381FFC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woeldir
    "WIV Ölstand Direktmessung für CAN"
    UBYTE
    vol_ub_q15_o1905ml
    1
    100
    -1905.
    1920.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38482C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woeloff
    "WIV Ölwarnschwellen-Offset für CAN"
    UBYTE
    vol_ub_q10ml
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38482D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woeltol
    "WIV Ölwarnschwellen-Toleranz für CAN"
    UBYTE
    vol_ub_q10ml
    1
    100
    0.00
    2550.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38482E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woe_w
    "Winkel offenes Einlaßventil"
    UWORD
    kw_q0p0234
    1
    100
    0.00
    1535.977

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3814F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3814F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3814F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3814F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wouta
    "ausgegebener Zündwinkel bei Doppelzündung: erster Zündkreis"
    UBYTE
    zw_azue_sy
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF21C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF21C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF21C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF21C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    woutst
    "Zündwinkelpuffer bei Überlappung"
    UBYTE
    zw_azue_sy
    1
    100
    0.00
    191.3

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF220
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF220 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF220 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF220 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wped
    "Normierter Fahrpedalwinkel"
    UBYTE
    relPED_ub_b100
    1
    100
    0.00
    100.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806B8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806B8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpedc
    "normierter Fahrpedalwinkel für CAN-Ausgabe"
    UBYTE
    rel_ub_b99p6
    1
    100
    0.00
    99.61

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpedt_w
    "Pedalwert (temporär) bei 2 ME-Steuergeräten"
    UWORD
    relPED_q0p00153
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381122
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381122 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381122 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381122 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpedv_w
    "Normierter Fahrpedalwinkel vor Berücksichtigung der Begrenzungen im Notfahren"
    UWORD
    relPED_q0p00153
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381124
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381124 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381124 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381124 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wped_w
    "normierter Fahrpedalwinkel"
    UWORD
    relPED_q0p00153
    1
    100
    0.00
    100.0000

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x381126
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381126 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381126 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381126 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpfgr_w
    "Rückgerechneter Pedalwert bei FGR-Betrieb"
    UWORD
    rel_uw_b100
    1
    100
    0.00
    99.99847

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384C6C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C6C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C6C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C6C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wphg
    "Zündwinkel DG-Phasenkorrektur"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B3E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B3E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B3E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B3E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wpr
    "Einspritzberechnungs-Praediktions-Winkel"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380778 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380778 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wprnsp
    "Einspritzberechnungs-Praediktions-Winkel bei Nachspritzer"
    UBYTE
    zw_ub_q6
    1
    100
    0.00
    1530.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380779
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380779 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380779 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380779 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wri_c_um
    "Fehlerzähler im Dauer-RAM für RAM-Beschreibbarkeits-Prüfung (Diagnose) in der FU"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x382AC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x382AC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x382AC4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x382AC4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsmit
    "WIV: min. Strecke zur Mittelwertbildung Ölfüllstand für CAN"
    UBYTE
    s_ub_q25km
    1
    100
    0.00
    6375.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x38482F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38482F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38482F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38482F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsnwa_w
    "Schwelle Nockenwellenwinkel, Auslaß"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsnwe_w
    "Schwelle Nockenwellenwinkel, Einlaß"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD358
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD358 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD358 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD358 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsrnwa_w
    "reduzierter Fangbereich, Auslaß"
    SWORD
    kw_q0p0039
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x3820F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wsrnwe_w
    "reduzierter Fangbereich, Einlaß"
    SWORD
    kw_sw_b128
    1
    100
    -128.0000
    127.9961

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0xD35A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xD35A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xD35A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xD35A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtans
    "A/D-Wert für Ansauglufttemperatur tans"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtka
    "A/D-Wert für TKA (Temperatur Kühlerausgang)"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804AF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804AF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804AF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804AF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtmax
    "WIV Intervall tmax für CAN"
    UBYTE
    t_ub_q1month
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384830 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384830 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtmin
    "WIV Intervall tmin für CAN"
    UBYTE
    t_ub_q1month
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384831
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384831 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384831 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384831 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtmot_w
    "A/D-Wert für tmot 10 bit"
    UWORD
    spg_uw_q0p00488
    1
    100
    0.00
    319.9951

    
    FORMAT "%8.4"
    
    ECU_ADDRESS 0x380CAC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtol
    "A/D-Wert für (Motor-) Oeltemperatur"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380458
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380458 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380458 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380458 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wtvkat
    ""
    UBYTE
    spg_ub_q0p019
    1
    100
    0.00
    4.9805

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3804B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wub
    "Batteriespannung; vom AD-Wandler erfasster Wert"
    UBYTE
    spg_ubatt
    1
    100
    0.00
    17.95

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804B1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B1 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B1 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubiso_w
    "ADC-Wert der SG-Versorgungsspannung für Service $01 PID $42"
    UWORD
    spg_q0p001
    1
    100
    0.00
    65.53500

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x3810FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3810FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3810FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3810FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubr
    "Batteriespannung über Hauptrelais; vom AD-Wandler erfaßter Wert"
    UBYTE
    spg_ub_b28p5
    1
    100
    0.00
    28.38

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3804B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B2 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B2 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wubr_w
    "Batteriespannung über Hauptrelais; ADC-Wert (16Bit aus 10Bit-Erfassung)"
    UWORD
    spg_ub_b28p5_w
    1
    100
    0.00
    1823.511

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CAE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CAE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CAE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CAE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wub_w
    "Batteriespannung; vom AD-Wandler erfaßter Wert (16Bit aus 10Bit-Erfassung)"
    UWORD
    spg_ubatt_w
    1
    100
    0.00
    1153.416

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380CB0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380CB0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380CB0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380CB0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wuccnt
    "Warm-up cycle - counter seit Fehlerspeicher gelöscht"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wuhr
    "Ansteuerspannung am HR-Pin"
    UBYTE
    spg_ub_b5
    1
    100
    0.00
    4.980

    
    FORMAT "%5.3"
    
    ECU_ADDRESS 0x3804B3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3804B3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3804B3 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3804B3 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wwertmin
    "WIV: min. Anzahl der Ölfüllstandsdifferenzen zur Mittelwerbildung für CAN"
    UBYTE
    fak_ub_q500
    1
    100
    0.00
    127500.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384832 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384832 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wwmax
    "WIV Interwall Wmax für CAN"
    UBYTE
    s_ub_q1000km
    1
    100
    0.00
    255000.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384833
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384833 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384833 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384833 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wwmin
    "WIV Intervall Wmin für CAN"
    UBYTE
    s_ub_q1000km
    1
    100
    0.00
    255000.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x384834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384834 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384834 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    wzcan
    "WIV Ölstandszähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384835
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384835 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384835 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384835 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xfvisrm_w
    "fvisrm_w umgenormt"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x384C94
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384C94 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384C94 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384C94 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xkfmodi
    "Parameterkoordinate für die Aussetzermodi in KFMODI"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38054C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xoel
    "öltemperaturabhängige Verbrauchsbewertung"
    UBYTE
    fak_ub_b16
    1
    100
    0.00
    15.94

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384836 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384836 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xoelv
    "ölfüllstandsabhängige Verbrauchsbewertung"
    UBYTE
    fak_ub_q0p05
    1
    100
    0.00
    12.75

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x384837
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384837 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384837 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384837 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xqtm_w
    "Temperaturquotient"
    UWORD
    fak_uw_b16
    1
    100
    0.00
    15.99976

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0x384D7C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D7C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D7C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D7C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xs
    "Segmentzeitverhältnis"
    UWORD
    kw_dmdfof1
    1
    100
    -120.0000
    119.9963

    
    FORMAT "%8.4"
    ARRAY_SIZE 5
    ECU_ADDRESS 0x380D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380D5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380D5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xtkikm2_w
    "Source für Kennlinie ILMLKATKX2; wird gemäss Systemkonstante SY_BDE beschrieben"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385596
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385596 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385596 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385596 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xtkikm_w
    "Source für Kennlinie ILMLKATKX; wird gemäss Systemkonstante SY_BDE beschrieben"
    UWORD
    temp_q0p0234_o273
    1
    100
    -273.1500
    1262.827

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x385598
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x385598 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x385598 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x385598 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrznt
    "Zähler Klopfregelung Zyklusflag Z_krnt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrzof
    "Zähler Klopfregelung Zyklusflag Z_krof"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrzs
    "Zähler für Zyklusflag Diagnose Klopfsensor"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384925
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384925 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384925 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384925 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzkrztp
    "Zähler Klopfregelung Zyklusflag Z_krtp"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380961
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380961 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380961 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380961 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzsen
    "Entprellzähler Diagnose Klopfsensor"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 4
    ECU_ADDRESS 0x384929
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384929 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384929 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384929 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrnt
    "Sicherheitszähler Klopfregelung Nulltest"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrof
    "Sicherheitszähler Klopfregelung Offset"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380960
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380960 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380960 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380960 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    xzskrtp
    "Zähler Klopfregelung Errorflag E_krtp"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380962
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380962 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380962 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380962 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ykfmodi
    "Modekoordinate der Aussetzermodi in KFMODI"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38054D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zaldy
    "Zündungszähler für Abregelung Lastdynamik"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38095C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38095C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38095C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38095C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zalt_um
    "Zahnzählerwert des vorhergehenden Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38031E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38031E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38031E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38031E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmwvs2_w
    "Zeitkonstante für Rohrwandtemperatur, Bank2"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.20000305180
    13107.200000

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x384BCE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BCE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BCE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BCE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zatmwvs_w
    "Zeitkonstante für Rohrwandtemperatur"
    UWORD
    zk200msxs_uw_b13107
    1
    100
    0.20000305180
    13107.200000

    
    FORMAT "%12.6"
    
    ECU_ADDRESS 0x384BD0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BD0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BD0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BD0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zbake
    "Abregelfaktor Kurzzeitanteil bei BA"
    UBYTE
    fak_q0p0039
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zbale
    "Abregelfaktor Langzeitanteil bei BA"
    UBYTE
    fak_ub_b0p125
    1
    100
    0.00
    0.1245

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848E9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848E9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848E9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848E9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zbeztafix
    "Zähler für Bedingungen Check Ansauglufttemperatursignal TANS fixiert"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38401B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38401B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38401B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38401B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburn
    "Anzahl erkannter Verbrennungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38078F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38078F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38078F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38078F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburnsu
    "Summe aller erkannten Verbrennungen während ZSYNABR"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380790 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380790 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zburnsum
    "Summe erkannter Verbrennungen im Start"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380795
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380795 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380795 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380795 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zcap_um
    "Zahnzählerwert des aktuellen Berechnungszeitpunkts im 40ms-Raster"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380320
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380320 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380320 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380320 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash1_w
    "Zeitkonstante PT1-Filter Dashpot"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash2_w
    "Zeitkonstante PT1-Filter Dashpot bei kleinem Kupplungsmoment"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x38176A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdash_w
    "Zeitkonstante Dashpot"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x38176C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zdelay
    "Zahn-Delay-Zähler im Schnellstart"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AD 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AD INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zfcnt
    "Zähler Zahnflanken zur Messung der Fahrzeuggeschwindigkeit"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806A0 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806A0 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zfzptafx
    "Zählerstand Fahrzyklen für Check Ansauglufttemperatursignal TANS fixiert"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zgstresz
    "Resetzähler für Reset wegen %ZGST"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38342E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38342E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38342E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38342E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhll_w
    "Zeitzähler für Heißleerlauf"
    UWORD
    t200msxs_uw_q0p2
    1
    100
    0.00
    13107.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x3838E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3838E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3838E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3838E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhlpks
    "Hilfszyklusflag: Klopfsensor"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38492D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38492D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38492D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38492D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhzkh
    "Zähler für Fehler-Messungen von Heizungs-Einkopplungen hinter  Haupt KAT"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhzkh2
    "Zähler für Fehler-Messungen von Heizungs-Einkopplungen hinter  Haupt KAT Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805C7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhzoffh
    "Zähler für Heizungs-Ausschaltungen hinter Haupt KAT"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zhzoffh2
    "Zähler für Heizungs-Ausschaltungen hinter  Haupt KAT Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkfrat_w
    "Zeitkonstante der FRAT-Adaption"
    UWORD
    fak_uw_b5
    1
    100
    0.00
    4.999924

    
    FORMAT "%8.6"
    
    ECU_ADDRESS 0x384D32
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D32 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D32 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D32 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkrfmu
    "Zähler Filtermittenfrequenzumschaltung, KR"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380906
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380906 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380906 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380906 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkrstat
    ""
    UBYTE
    t100msxs_ub_b25p5
    1
    100
    0.00
    25.50

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380951
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380951 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380951 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380951 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkrvf
    "Zähler, bestimmt die Frequenz der zyl.-individuellen Zündwinkelfrühverstellung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    ARRAY_SIZE 8
    ECU_ADDRESS 0x380952
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380952 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380952 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380952 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkvaeq
    "Task-Zähler für Ermittlung Verbrauchsäquivalent"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384838 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384838 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkvek
    "Shiftkonstante für die Zündmaskenberechnung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF224
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF224 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF224 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF224 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zkwnpbm_w
    "Zähler für Anzahl von Umdrehungen von Init. oder Löschen des Fehlerspeicher"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380E7A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E7A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E7A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E7A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlash2_w
    "Zeitzähler für Sondenspannung hinter KAT ober/unterhalb des Sollwertes, Bank2"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F98
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F98 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F98 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F98 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlash_w
    "Zeitzähler für Sondenspannung hinter KAT ober/unterhalb des Sollwertes"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x380F9A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380F9A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380F9A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380F9A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zldy
    "Zündungszähler für Lastdynamik"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3D1
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D1 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D1 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D1 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zldyke
    "Zündungszähler für Lastdynamik => Klopferkennung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D2 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D2 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlkd
    "Zustand Kick-Down-Lernen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3806C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3806C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3806C8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3806C8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zllptafx
    "Zählerstand Lerrlaufzyklen für Check Ansauglufttemperatursignal TANS fixiert"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3848F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848F8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848F8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlooplsu
    "Schleifenzähler bei Summation der Ringpufferwerte über ein Synchro"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A51
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A51 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A51 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A51 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlooplsu2
    "Schleifenzähler bei Summation der Ringpufferwerte über ein Synchro, Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrs
    "Verzögerungszeitkonstante der Lambdaregelstrecke"
    UBYTE
    zk10msxs_ub_b2p55
    1
    100
    0.0100000
    2.55000

    
    FORMAT "%7.5"
    
    ECU_ADDRESS 0x380786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380786 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380786 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrs2_w
    "Verzögerungszeitkonstante der Lambdaregelstrecke, 16 bit, Bank 2"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381464
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381464 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381464 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381464 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlrs_w
    "Verzögerungszeitkonstante der Lambdaregelstrecke, 16 bit"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381466
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381466 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381466 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381466 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlsdv_w
    "Zeitkonstante PT2-Filter Lastschlagdämpfung vor Reduktion"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x38176E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38176E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38176E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38176E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlsd_w
    "Zeitkonstante PT2-Filter Lastschlagdämpfung"
    UWORD
    zk10msxs_uw_b655
    1
    100
    0.010000152590
    655.36000000

    
    FORMAT "%12.8"
    
    ECU_ADDRESS 0x381770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x381770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x381770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x381770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlshver_w
    "Zeitzähler für Fehler Vertauschung Sonde hinter KAT"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BF2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BF2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BF2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BF2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zlshvok_w
    "Zeitzähler für keine Vertauschung Sonde hinter KAT"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384BF4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384BF4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384BF4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384BF4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zmwolfsti
    "Task-Zähler für Ermittlung Kurzzeitmittelwert Ölfüllstand"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384839
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384839 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384839 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384839 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zn2zksucc
    "Zeiger auf den  gezündeten Zündkreis 2tes Zündereignis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF246
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF246 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF246 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF246 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zn2zkvek
    "Nächster zu zündender Zündkreis 2tes Zündereignis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF248
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF248 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF248 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF248 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znachanz
    "Anzahl der Zündungen im Nachlauf"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B3F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B3F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B3F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B3F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znbm_w
    "Zähler Zahninterrupt (word)"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xFE50
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFE50 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFE50 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFE50 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndact
    "Flagbyte Ladephase aktiv"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF225
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF225 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF225 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF225 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndsucc
    "Flagbyte Zündung erfolgt"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF226
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF226 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF226 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF226 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zndy
    "Zündungszähler für Drehzahldynamik"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF3D3
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D3 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D3 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D3 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znldtafx_w
    "Zähler für angeford. NL-Verläng. Check Ansauglufttemperatursignal TANS fixiert"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x38405C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38405C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38405C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38405C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znlphausf
    "Zähler für erkannte Aussetzer an falscher Position"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znlphausr
    "Zähler für erkannte Aussetzer an richtiger Position"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znlphstim
    "Zähler für Stimuli-Bits von Aussetzertrommel"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwva_w
    "Zeit des NW-Ventils bis zum Erreichen der Halteposition (Auslass)"
    SWORD
    t5msxms_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x3820F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3820F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3820F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3820F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwve_w
    "Zeit des NW-Ventils bis zum Erreichen der Halteposition"
    SWORD
    t5msxms_q0p039
    1
    100
    -1280.000
    1279.961

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x38209A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38209A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38209A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38209A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwvna
    "Zeitkonstante NW-Ventil, negatives TV (Auslaß)"
    UBYTE
    t5msxms_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380B16
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B16 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B16 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B16 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwvne
    "Zeitkonstante NW-Ventil, negatives TV (Einlaß)"
    UBYTE
    t5msxms_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380AFE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AFE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AFE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AFE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwvpa
    "Zeitkonstante NW-Ventil, positives TV (Auslaß)"
    UBYTE
    t5msxms_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380B17
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B17 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B17 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B17 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znwvpe
    "Zeitkonstante NW-Ventil, positives TV (Einlaß)"
    UBYTE
    t5msxms_q5
    1
    100
    0.00
    1275.

    
    FORMAT "%5.0"
    
    ECU_ADDRESS 0x380AFF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380AFF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380AFF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380AFF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znzksucc
    "Zeiger auf den  gezündeten Zündkreis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF24A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24A 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24A INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    znzkvek
    "Nächster zu zündender Zündkreis"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF24C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24C 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24C INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zolfst
    "aufsummierter Zähler pro TOG-Botschaft"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38483A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zolfstdg
    "mit Gütefaktor bewerterter gemittelter Zähler pro TOG-Botschaft"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38483B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zouttmx
    "Maximale Programmlaufzeit von der TR Marke bis Ende AZUE"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF24E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF24E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF24E 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF24E INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphfl
    "Zähler äquidistante Phasenflanken"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphfl2
    "Zähler äquidistante Phasenflanken 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphflsyn
    "Phasenflankenzähler bei Erkennen der Motorposition im Notlauf DG"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphflx
    "Zähler äquidistanter Phasenflanken von %WANWKW"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805AC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805AC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphnok
    "Zähler Fehler auf Phasensignal"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380595
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380595 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380595 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380595 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zphnok2
    "Zähler Fehler auf Phasensignal 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380596
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380596 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380596 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380596 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zriberh
    "Ri-Berechnungszähler nach Start hinter KAT"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38487F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38487F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38487F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38487F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zriberh2
    "Ri-Berechnungszähler nach Start hinter KAT Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384880
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384880 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384880 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384880 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrinh2_w
    "Zeitzähler zur Bereitstellung der aktuellen Bedingung Ri-Nernst hinter KAT Bank2"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B8C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B8C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B8C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B8C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrinh_w
    "Zeitzähler zur Bereitstellung der aktuellen Bedingung Ri-Nernst hinter KAT"
    UWORD
    t100msxs_uw_b6553p5
    1
    100
    0.00
    6553.500

    
    FORMAT "%8.3"
    
    ECU_ADDRESS 0x384B8E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384B8E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384B8E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384B8E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zriwzgh
    "Zähler für hohe Ri-Werte hinter Haupt-KAT"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384881
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384881 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384881 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384881 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zriwzgh2
    "Zähler für hohe Ri-Werte hinter Haupt-KAT Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384882
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384882 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384882 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384882 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrph
    "Zähler Raster Phasensignal"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A4 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A4 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrph2
    "Zähler Raster Phasensignal 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A5
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A5 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A5 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A5 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrphgefl
    "Fortlaufender Phasenflankenzähler der genutzten (berechneten) Phasenflanken"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38058F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38058F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38058F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38058F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrphgefl2
    "Fortlauf. Phasenflankenzähler der genutzten(berech.)Phasenflanke(2.Phasensensor)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380590
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380590 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380590 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380590 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrphsyn
    "Wert von zrph bei Neusynchronisation"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B1F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B1F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B1F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B1F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zrphsyn2
    "Wert von zrph2 bei Neusynchronisation"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsdolfst
    "Zähler für die aufsummierte Differenz Ölfüllstand - Ölwarnschwelle"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38483C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsdolfstc
    "Zähler für die aufsummierte Differenz Ölfüllstand - Ölwarnschwelle für CAN"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38483D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38483D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38483D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38483D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zseglsu
    "Zwischenwert bei Berechnung Segmentlänge"
    UBYTE
    t1msxms_q1
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A53
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A53 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A53 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A53 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zseglsum
    "Endwert bei Berechnung Segmentlänge"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380A54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zseglsumt
    "Mittelungszeit in s"
    UBYTE
    t_q0p001
    1
    100
    0.00
    0.2550

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x380A55
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A55 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A55 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A55 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zstfgr
    "Zustand Fahrgeschwindigkeitsregler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380735
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380735 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380735 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380735 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsynchro
    "Anzahl Zündungen bis Auswertung der Verbrennungen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380791
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380791 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380791 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380791 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsync_um
    "Kennung für Synchronisation in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsyndelc
    "Zähler Verzögerung Verbrennungserkennung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380792 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380792 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zsynsu
    "Zündungszähler für Begrenzung Startmengenadaption"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380793
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380793 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380793 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380793 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    ztpnt_a
    "KR: Zähler für die Freigabe von Nulltest oder Testimpuls"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380907
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380907 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380907 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380907 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zubkst
    "Zähler: UBatt < UBKST"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380794 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380794 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr
    "Inkrementverfeinerung Zündwinkel"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF227
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF227 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF227 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF227 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr2
    "Inkrementverfeinerung Zündwinkel 2tes Zündereignis"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF228
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF228 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF228 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF228 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zueninkr_r
    "Inkrementverfeinerung Zündwinkel Absolutwinkel"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF229
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF229 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF229 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF229 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuentmx
    "Maximale Laufzeit von der TR-Marke bis zur Berechnung des Zündereignisses"
    UWORD
    tsegment_sy
    1
    100
    0.00
    52.42800

    
    FORMAT "%8.5"
    
    ECU_ADDRESS 0xF250
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF250 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF250 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF250 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn
    "Zündwinkel in Zahnquantisierung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF22A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22A 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22A INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn2
    "Zündwinkel in Zahnquantisierung 2tes Zündereignis"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF22B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22B 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22B INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuenzahn_r
    "Zündwinkel in Zahnquantisierung als Absolutwinkel bzgl TR-Marke Zyl. 0"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF22C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22C 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22C INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuen_beg
    "Zylinder, bei dem erste Einspritzung stattgefunden hat"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF340
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF340 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF340 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF340 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zuknstm_w
    "Abregelzeitkonstante ÜK-Faktor im Nachstart abhängig von tmot"
    UWORD
    zk100msxs_uw_b6553
    1
    100
    0.10000152590
    6553.6000000

    
    FORMAT "%12.7"
    
    ECU_ADDRESS 0x384D5C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384D5C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384D5C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384D5C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zvake
    "Abregelfaktor Kurzzeitanteil bei VA"
    UBYTE
    fak_q0p0039
    1
    100
    0.00
    0.9961

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848EA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848EA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zvale
    "Abregelfaktor Langzeitanteil bei VA"
    UBYTE
    fak_ub_b0p125
    1
    100
    0.00
    0.1245

    
    FORMAT "%6.4"
    
    ECU_ADDRESS 0x3848EB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3848EB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3848EB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3848EB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw1_uc
    "Ausgabe-Zündwinkel ohne Lambakorrekturen (1.Bank)  im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A1E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw1_um
    "Ausgabe-Zündwinkel ohne Lambakorrekturen (1.Bank)  in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802DD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw2_uc
    "Ausgabe-Zündwinkel (2.Bank) ohne Lambakorrekturen im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A1F
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A1F /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A1F 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A1F EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zw2_um
    "Ausgabe-Zündwinkel (2.Bank) ohne Lambakorrekturen  in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3802DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbas
    "Basiszündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B4B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B4B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B4B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B4B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbasar
    "Basiszündwinkelarray"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380B4C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B4C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B4C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B4C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwbasobk
    "Basiszündwinkel ohne Bankkorrektur für Bank 2"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B52
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B52 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B52 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B52 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwcalcar
    "Zündwinkel-Ausgabe Array"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 6
    ECU_ADDRESS 0x380B40
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B40 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B40 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B40 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwc_c_um
    "Fehlerzähler für Zündwinkelüberwachung in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802DF
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802DF /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802DF 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802DF EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwdynsh
    "Zähler für Anzahl der Dynamikmessungen für Sonde hinter KAT"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384885
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384885 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384885 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384885 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwdynsh2
    "Zähler für Anzahl der Dynamikmessungen für Sonde hinter KAT Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x384886
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x384886 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x384886 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x384886 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwgru
    "Grundzündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B38
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B38 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B38 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B38 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwist
    "Ist-Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B46
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B46 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B46 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B46 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkfzw
    "Grundzündwinkel aus KFZW"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B39
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B39 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B39 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B39 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkfzw0
    "Grundzündwinkel bei KNWS, Auslaßnocke in Ruhestellung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B3A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B3A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B3A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B3A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkfzw1
    "Grundzündwinkel bei KNWS, Auslaßnocke aktiv"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B3B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B3B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B3B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B3B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwkrafld
    "Bitmuster des zyl.ind. abgelegten B_zwkra"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380B47
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B47 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B47 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B47 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatm
    "Zähler für ATM-Wiederholstart und Faktor für Wärmemengen-Schwellen"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829BA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829BA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatm2
    "Zähler für ATM-Wiederholstart und Faktor für Wärmemengen-Schwellen Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829BB
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829BB /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829BB 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829BB EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatmf
    "Zähler für ATM-Wiederholstart und Faktor für Wärmemengen-Schwellwert upstream"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829BC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829BC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmatmf2
    "Zähler für ATM-Wiederholst.und Faktor für Wärmemengen-Schwellw. upstream Bank2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3829BD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3829BD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3829BD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3829BD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmn
    "Spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B29
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B29 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B29 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B29 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnd
    "dynamisch spätest zulässiger Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B2A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnms
    "dauerhaft spätest möglicher Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B2B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwmnt
    "Zündwinkel der Brenngrenze plus Temperatur- und Dynamikkorrektur"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B2C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt
    "optimaler Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CC 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CC EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoptl1
    "optimaler Zündwinkel bei Lambda=1"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809CD
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CD /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CD 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CD EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoptl1n
    "normiertes optimaler Zündwinkel bei Lambda=1"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x3809CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809CE 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809CE EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt_uc
    "optimaler Zündwinkel im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A20
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A20 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A20 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A20 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwopt_um
    "optimaler Zündwinkel in der Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A11
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A11 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A11 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A11 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout
    "Zündwinkel-Ausgabe"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B48
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B48 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B48 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B48 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutakt
    "Zündwinkel-Ausgabe : tatsächlich im aktuellen Segment ausgegebener Winkel"
    UBYTE
    zw_TR2OT_sy
    1
    100
    -119.3
    72.00

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF22D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22D 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22D INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutar
    "Zündwinkel-Ausgabe Array"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    ARRAY_SIZE 4
    ECU_ADDRESS 0xF22E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF22E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF22E 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF22E INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwoutcpl
    "Einerkomplement des Zündwinkels für die Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B49
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B49 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B49 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B49 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout_uc
    "Ausgabe-Zündwinkel im Befehlstest"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A21
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A21 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A21 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A21 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwout_um
    "Ausgabe-Zündwinkel für die Funktionsüberwachung"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380A12
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380A12 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380A12 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380A12 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwsol
    "Soll-Zündwinkel aus Momenteneingriff"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B23
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B23 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B23 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B23 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwspae
    "Spätester Zündwinkel"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B2D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B2D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B2D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B2D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwstt
    "Zündwinkel im Start"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B54
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B54 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B54 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B54 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zwzyl1
    "Zündwinkel Zylinder 1"
    SBYTE
    zw_sb_q0p75
    1
    100
    -96.00
    95.25

    
    FORMAT "%5.2"
    
    ECU_ADDRESS 0x380B4A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B4A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B4A 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B4A EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zyleausb
    "auszublendender Zylinder; binäre Darstellung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38059E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38059E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38059E 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38059E EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylvek_a
    ""
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF341
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF341 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF341 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF341 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylvirt
    "Stand Zylinderzähler vor Umsynchronisation aus Schnellstart"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A6 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A6 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylzab
    "bankspezifische Zylinderzahl relevant für Einzelzylinder-Lambda"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380783
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380783 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380783 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380783 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zylzab2
    "Anzahl Zylinder auf Bank 2"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380784 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380784 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzale_ini
    "Initialisierungswert Zahnzähler zzseg bei aktiver Auslauferkennung (B_ale)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A7
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A7 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A7 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A7 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzbank
    "Zylinderzuordnung zu Abgasbänken"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0x380B92
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380B92 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380B92 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380B92 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzseg
    "Zahnzähler im Segment"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xFEC4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFEC4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFEC4 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFEC4 INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zztab
    "Zahnzeitentabelle"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 24
    ECU_ADDRESS 0xF2BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2BA 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2BA INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzuend
    "Zähler Zündung, zählt alle Zündungen aller Zylinder"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    ARRAY_SIZE 2
    ECU_ADDRESS 0x383430
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383430 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383430 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383430 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzvirt
    "virtueller Zahnzähler im Start bis zur Synchronisation"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A8 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A8 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzwdykr
    "Zündungszähler bei gesetztem Bit B_zwkra=1 während der KR-Dynamik"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D4 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D4 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzwdymd
    "Zündungszähler bei nicht gesetztem Bit B_zwkra=0 während der KR-Dynamik"
    UWORD
    dez
    1
    100
    0.00
    65535.00

    
    FORMAT "%8.2"
    
    ECU_ADDRESS 0xF3D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF3D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF3D6 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF3D6 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyl
    "SW-Zylinderzähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0xF2AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xF2AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xF2AE 0x0 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xF2AE INTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyldmd
    "SW-Zylinderzähler für DMD"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044D
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044D /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044D 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044D EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylkr
    "Zylinderzähler der Klopfregelung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380908
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380908 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380908 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380908 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylkr_neu
    "Zwischenspeicher für den KR-Zylinderzähler"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x380909
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380909 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380909 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380909 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyllfb
    "SW-Zylinderzähler für DMD"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38054B
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38054B /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38054B 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38054B EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzylzue
    "SW-Zylinderzähler für Zündungsberechnung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x38044C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38044C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38044C 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38044C EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    zzyl_virt
    "Initialisierungswert Zylinderzähler bei aktiver Auslauferkennung (B_ale)"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3805A9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3805A9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3805A9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3805A9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_aaa
    "Dummy: Tabellenanfang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_aatun
    "Zyklusflag: Tuningschutz"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_akre
    "Zyklus Flag: Abgasklappe Endstufe mit Resonator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_anws
    "Zyklusflag: Nockenwellensteuerung (Auslaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_anwse
    "Zyklusflag: Nockenwellensteuerungsventil Endstufe (Bank1,Auslaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ase_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_asgnpl
    "Zyklusflag: ASG-Signal nicht plausibel."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ask_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x1
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bkvp
    "Zyklusflag: Bremskraftverstärker-Pumpe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bkvpe
    "Zyklusflag: BKV-Pumpe-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bm
    "Zyklusflag: Bezugsmarkengeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_brems
    "Zyklusflag: BREMS (Bremsschalter)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_bznpl
    "Zyklusflag: Botschaftszähler nicht plausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3836FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3836FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3836FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3836FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cair
    "Zyklusflag : Timeout Airbag-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383700
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383700 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383700 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383700 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cairp
    "Zyklusflag : Airbag-Botschaft unplausibel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383702
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383702 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383702 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383702 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cas
    "Zyklusflag: CAN-Schnittstelle, Timeout ASC"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383704
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383704 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383704 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383704 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cat
    "Zyklusflag: CAN-Schnittstelle, Timeout Bremsbotschaft setzen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383706
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383706 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383706 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383706 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cbr2
    "Zyklusflag : Botschaft Bremse 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383708
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383708 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383708 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383708 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cbsg
    "Zyklusflag : Botschaft BSG"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cgat
    "Zyklusflag : Timeout Gateway-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cge
    "Zyklusflag: CAN-Schnittstelle, Timeout EGS"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38370E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38370E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38370E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38370E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cgra
    "Zyklusflag : Timeout GRA-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383710
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383710 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383710 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383710 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cif
    "Zyklusflag: CAN-Schnittstelle, interner Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383712
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383712 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383712 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383712 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_cins
    "Zyklusflag: CAN-Schnittstelle, Timeout Instrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383714
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383714 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383714 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383714 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ckla
    "Zyklusflag: CAN-Kommunikation zum KLA-SG gestört"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383716
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383716 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383716 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383716 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_clws
    "Zyklusflag: CAN-Schnittstelle, Timeout Botschaft Lenkwinkelsensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383718
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383718 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383718 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383718 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ctog
    "Zyklusflag: Timeout TOG-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_czas
    "Zyklusflag: Timeout ZAS-Botschaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk
    "Zyklusflag: DK - Potentiometer"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38371E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38371E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38371E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38371E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk1p
    "Zyklusflag: Drosselklappe 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383720
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383720 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383720 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383720 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dk2p
    "Zyklusflag: Drosselklappe 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383722
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383722 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383722 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383722 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dpl
    "Zyklusflag: Dauerplus"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383724
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383724 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383724 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383724 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dsbkv
    "Zyklusflag: Bremskraftverstärker-Drucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383726
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383726 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383726 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383726 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dsu
    "Zyklusflag: Umgebungsdrucksensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383728
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383728 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383728 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383728 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvee
    "Zyklusflag: DV-E Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvef
    "Zyklusflag: DV-E Fehler bei Federprüfung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvefo
    "Zyklusflag: DV-E-Fehler bei Federprüfung ""Öffnen"""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38372E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38372E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38372E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38372E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvel
    "Zyklusflag: DV-E Lageabweichung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383730
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383730 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383730 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383730 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dven
    "Zyklusflag: DV-E Fehler bei Prüfung Notluftposition"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383732
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383732 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383732 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383732 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dver
    "Zyklusflag: DV-E Regelbereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383734
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383734 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383734 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383734 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvet
    "Zyklusflag: DV-E-Tauscherkennung ohne Adaption"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383736
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383736 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383736 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383736 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveu
    "Zyklusflag: DV-E Fehler beim UMA-Lernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383738
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383738 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383738 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383738 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveub
    "Zyklusflag: DV-E-Adaption Abbruch wg. Umweltbedingung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dveuw
    "Zyklusflag: Fehler bei UMA-Wiederlernen"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dvev
    "Zyklusflag: DV-E Fehler bei Verstärkerabgleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38373E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38373E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38373E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38373E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dylsu
    "Zyklusflag: Dynamikdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383740
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383740 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383740 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383740 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_dylsu2
    "Zyklusflag: Dynamikdiagnose der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383742
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383742 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383742 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383742 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_egfe
    "Zyklusflag: Eingangsgrößen Füllungserfassung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383744
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383744 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383744 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383744 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_egsbgr
    "Zyklusflag: Getriebeeingriff Reduktionsmoment zu lang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383746
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383746 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383746 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383746 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_enws
    "Zyklusflag: Nockenwellensteuerung (Einlaß,Bank1)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383748
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383748 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383748 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383748 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_enwse
    "Zyklusflag: Nockenwellensteuerungsventil Endstufe (Bank1,Einlaß)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_epcle
    "Zyklusflag: EPCL-Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev
    "Zyklusflag: Einspritzventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0xFD66
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0xFD66 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0xFD66 0x0 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0xFD66 INTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev1
    "Zyklusflag: EV von Zyl. 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38374E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38374E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38374E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38374E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev2
    "Zyklusflag: EV von Zyl. 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383750
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383750 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383750 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383750 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev3
    "Zyklusflag: EV von Zyl. 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383752
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383752 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383752 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383752 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev4
    "Zyklusflag: EV von Zyl. 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383754
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383754 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383754 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383754 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev5
    "Zyklusflag: EV von Zyl. 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383756
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383756 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383756 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383756 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ev6
    "Zyklusflag: EV von Zyl. 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383758
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383758 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383758 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383758 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fku
    "Zyklusflag: Fehler Kupplung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    z_flags_uc
    "Byte für Status-Bits beim 2-SG-Konzept im Befehlstestes"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3809FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3809FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3809FA 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3809FA EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    z_flags_um
    "Byte für Status-Bits beim 2-SG-Konzept in der Funktionsüberwachung"
    UBYTE
    dez
    1
    100
    0.00
    255.0

    
    FORMAT "%5.1"
    
    ECU_ADDRESS 0x3802C9
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3802C9 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3802C9 0x1 0x1 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3802C9 EXTERN 0x1 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_flp
    "Zyklusflag: Flash Programmierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fp1p
    "Zyklusflag: Fahrpedal 1. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38375E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38375E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38375E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38375E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_fp2p
    "Zyklusflag: Fahrpedal 2. Poti"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383760
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383760 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383760 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383760 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frao
    "Zyklusflag: LR-Adaption oberer multiplikativer Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383762
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383762 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383762 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383762 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frao2
    "Zyklusflag: LR-Adaption oberer multiplikativer Bereich Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383764
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383764 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383764 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383764 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frao2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x80
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frao_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x40
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frau
    "Zyklusflag: LR-Adaption unterer multiplikativer Bereich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383766
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383766 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383766 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383766 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frau2
    "Zyklusflag: LR-Adaption unterer multiplikativer Bereich Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383768
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383768 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383768 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383768 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frau2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x20
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frau_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x10
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frst
    "Zyklusmeldung Diagnose Kraftstoffversorgungssystem (Kurztest)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_frst2
    "Zyklusmeldung Diagnose Kraftstoffversorgungssystem (Kurztest Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_gecod
    "Zyklusflag Getriebe-Codierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38376E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38376E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38376E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38376E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_grbh
    "Zyklusflag: GRA Bedienhebel"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383770
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383770 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383770 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383770 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_helsu
    "Zyklusflag Fehlerpfad HELSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383772
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383772 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383772 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383772 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_helsu2
    "Zyklusflag Fehlerpfad HELSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383774
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383774 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383774 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383774 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hre
    "Zyklusflag: Hauptrelaisentstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383776
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383776 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383776 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383776 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsh
    "Zyklusflag: Lambdasonden-Heizung hinter Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383778
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383778 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383778 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383778 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsh2
    "Zyklusflag: Lambdasonden-Heizung hinter Katalysator, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hshe
    "Zyklusflag: Lambdasonden-Heizung hinter Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hshe2
    "Zyklusflag: Lambdasonden-Heizung hinter Katalysator, Bank2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38377E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38377E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38377E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38377E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsv
    "Zyklusflag: Lambdasonden-Heizung vor Katalysator"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383780
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383780 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383780 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383780 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsv2
    "Zyklusflag: Lambdasonden-Heizung vor Katalysator, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383782
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383782 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383782 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383782 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsve
    "Zyklusflag: Lambdasonden-Heizung vor Katalysator (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383784
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383784 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383784 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383784 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_hsve2
    "Zyklusflag: Lambdasonden-Heizung vor Katalysator, Bank2 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383786
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383786 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383786 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383786 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_iclsu
    "Zyklusflag: Auswerte-IC für die LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383788
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383788 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383788 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383788 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_iclsu2
    "Zyklusflag: Auswerte-IC für die LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kat
    "Zyklusflag: Katalysator-Konvertierung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kat2
    "Zyklusflag: Katalysator-Konvertierung, Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38378E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38378E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38378E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38378E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kpe
    "Zyklusflag: EKP-Relais Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383790
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383790 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383790 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383790 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra01
    "Zyklusflag: Klopfregelanschlag Zylinder 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383792
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383792 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383792 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383792 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra02
    "Zyklusflag: Klopfregelanschlag Zylinder 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383794
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383794 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383794 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383794 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra03
    "Zyklusflag: Klopfregelanschlag Zylinder 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383796
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383796 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383796 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383796 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra04
    "Zyklusflag: Klopfregelanschlag Zylinder 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383798
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383798 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383798 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383798 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra05
    "Zyklusflag: Klopfregelanschlag Zylinder 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kra06
    "Zyklusflag: Klopfregelanschlag Zylinder 6"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krnt
    "Zyklusflag: Klopfregelung Nulltest"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38379E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38379E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38379E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38379E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krof
    "Zyklusflag: Klopfregelung Offset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_krtp
    "Zyklusflag: Klopfregelung Testimpuls"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ks1
    "Zyklusflag: Klopfsensor 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ks2
    "Zyklusflag: Klopfsensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ks3
    "Zyklusflag: Klopfsensor 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837A8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837A8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837A8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837A8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ks4
    "Zyklusflag: Klopfsensor 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_kuppl
    "Zyklusflag: Kupplung betaetigt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lash
    "Zyklusflag: Lambda-Sondenalterung hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837AE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837AE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837AE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837AE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lash2
    "Zyklusflag: Lambda-Sondenalterung hinter Kat (Bank 2)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lavh
    "Zyklusflag: Lambda-Sondenalterung im Vollast hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lavh2
    "Zyklusflag: Lambda-Sondenalterung im Vollast hinter Kat. Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ldpe
    "Zyklusflag: Leckdiagnosepumpe Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_llr
    "Zyklusflag: Leerlaufregelung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837B8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837B8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837B8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837B8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lm
    "Zyklusflag: LMM/HLM/HFM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsh
    "Zyklusflag: Lambda-Sonde hinter Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsh2
    "Zyklusflag: Lambda-Sonde hinter Kat Bank2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837BE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837BE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837BE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837BE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lshv
    "Zyklusflag: Lambda-Sonden-Vertauschung hinter Kat."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuia
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond IA"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuia2
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond IA, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuip
    "Zyklusflag:  Leitungsunterbrechung an ip"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuip2
    "Zyklusflag:  Leitungsunterbrechung an ip, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837C8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837C8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837C8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837C8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuks
    "Zyklusflag:  Kurzschluß Sondenleitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuks2
    "Zyklusflag:  Kurzschluß Sondenleitung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuun
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond UN"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837CE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837CE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837CE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837CE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuun2
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond UN, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuvm
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond VM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsuvm2
    "Zyklusflag: Diagnose Lambdasondenleitung an Bond VM, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsv
    "Zyklusflag: Lambda-Sonde vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsv2
    "Zyklusflag: Lambda-Sonde 2 vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837D8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837D8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837D8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837D8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lsvv
    "Zyklusflag: Vertauschte Lambda-Sonden vor Kat"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lue1
    "Zyklusflag LUE1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_lues1e
    "Zyklusflag: Lüftersteuerung 1 (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837DE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837DE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837DE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837DE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ma
    "Zyklusflag: Motor aus."
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md
    "Zyklusflag: Aussetzer, Summenfehler (multiple)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md00
    "Zyklusflag: Aussetzer Zündung 0"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md01
    "Zyklusflag: Aussetzer Zündung 1"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md02
    "Zyklusflag: Aussetzer Zündung 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837E8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837E8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837E8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837E8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md03
    "Zyklusflag: Aussetzer Zündung 3"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md04
    "Zyklusflag: Aussetzer Zündung 4"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_md05
    "Zyklusflag: Aussetzer Zündung 5"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837EE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837EE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837EE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837EE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_mdb
    "Zyklusflag: Momentenbegrenzung begrenzt dauerhaft"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F0
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F0 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F0 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F0 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_mfa
    "Zyklusflag: MIL-fremdbestimmt"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F2
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F2 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F2 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F2 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_n
    "Zyklusflag: Drehzahlsignalgeber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F4
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F4 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F4 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F4 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nwkw
    "Zyklusflag: Zuordnung Nockenwelle zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F6
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F6 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F6 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F6 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nwkw2
    "Zyklusflag: Zuordnung Nockenwelle 2 zu Kurbelwelle"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837F8
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837F8 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837F8 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837F8 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_nx
    "Zyklusflag: NMAX - Überschreitung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FA
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FA /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FA 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FA EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ph
    "Zyklusflag: Phasensensor"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FC
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FC /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FC 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FC EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ph2
    "Zyklusflag: Phasensensor 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x3837FE
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x3837FE /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x3837FE 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x3837FE EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_pllsu
    "Zyklusflag: Plausibilität der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383800
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383800 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383800 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383800 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_pllsu2
    "Zyklusflag: Plausibilität der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383802
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383802 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383802 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383802 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_pwgde
    "Zyklusflag: Pedalwertgeber Drifterkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383804
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383804 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383804 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383804 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkat
    "Zyklusflag: LR-Adaption additiv pro Zeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383806
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383806 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383806 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383806 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkat2
    "Zyklusflag: LR-Adaption additiv pro Zeit, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383808
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383808 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383808 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383808 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkat2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x8
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkat_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x4
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkaz
    "Zyklusflag: LR-Adaption additiv pro Einspritzung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkaz2
    "Zyklusflag: LR-Adaption additiv pro Einspritzung, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkaz2_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x200
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_rkaz_old
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x100
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x380E26
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x380E26 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x380E26 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x380E26 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_scr
    "Zyklusflag: CRAS-Signal"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38380E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38380E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38380E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38380E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sgeep
    "Zyklusflag: Steuergerät defekt (EEPROM)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383810
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383810 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383810 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383810 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sgeew
    "Zyklusflag: Steuergerät defekt (EEPROM-WFS)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383812
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383812 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383812 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383812 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_slpe
    "Zyklusflag: Sekundärluftpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383814
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383814 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383814 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383814 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sls
    "Zyklusflag: Sekundärluft-System"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383816
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383816 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383816 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383816 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sls2
    "Zyklusflag: Sekundärluft-System Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383818
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383818 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383818 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383818 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_slv
    "Zyklusflag: Sekundärluftventil"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_slv2
    "Zyklusflag: Sekundärluftventil, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_slve
    "Zyklusflag: Sekundärluftventil (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38381E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38381E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38381E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38381E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_sue
    "Zyklusflag: Endstufe Saugrohrumschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383820
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383820 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383820 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383820 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_swe
    "Zyklusflag: Beschleunigungssensor der Schlechtwegeerkennung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383822
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383822 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383822 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383822 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ta
    "Zyklusflag: Ansauglufttemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383824
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383824 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383824 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383824 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tankl
    "Zyklusflag: OBDII Fehler auf Grund eines leeren Tanks"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383826
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383826 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383826 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383826 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tes
    "Zyklusflag: Tankentlüftungssystem"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383828
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383828 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383828 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383828 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tesf
    "Zyklusflag: Tankentlüftungssystem Feinleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tesg
    "Zyklusflag: Tankentlüftungssystem Grobleck"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_teve
    "Zyklusflag: Tankentlüftungsventil Endstufe"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38382E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38382E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38382E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38382E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_teve2
    "Zyklusflag: Tankentlüftungsventil Endstufe 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383830
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383830 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383830 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383830 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_TKA
    "Zyklusflag Temperatur Kühlerausgang"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383832
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383832 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383832 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383832 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tm
    "Zyklusflag: Motor-Temperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383834
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383834 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383834 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383834 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tmki
    "Zyklusflag: Motortemperatur aus Kombiinstrument"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383836
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383836 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383836 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383836 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tol
    "Zyklusflag: Öltemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383838
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383838 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383838 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383838 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_tum
    "Zyklusflag: Umgebungstemperatur"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ub
    "Zyklusflag: UB"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ubr
    "Zyklusflag: Bordnetzspannung über Hauptrelais UBR"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38383E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38383E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38383E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38383E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufmv
    "Zyklusflag: Funktionsüberwachung: Momentenvergleich"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383840
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383840 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383840 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383840 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufnc
    "Zyklusflag: Funktionsüberwachung: Drehzahlgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383842
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383842 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383842 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383842 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufrlip
    "Zyklusflag: Funktionsüberwachung: Lastsensor-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383844
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383844 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383844 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383844 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufsga
    "Zyklusflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe a"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383846
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383846 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383846 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383846 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufsgb
    "Zyklusflag: Funktionsüberwachung: Steuergeräte-Fehler Gruppe b"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383848
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383848 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383848 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383848 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufska
    "Zyklusflag: Funktionsüberwachung: Sicherheits-Kraftstoff-Abschaltung"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ufspsc
    "Zyklusflag: Funktionsüberwachung: Pedalwertgeber-, Zuleitung- oder SG-Fehler"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ulsu
    "Zyklusflag: Spannungsdiagnose der LSU"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38384E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38384E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38384E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38384E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_ulsu2
    "Zyklusflag: Spannungsdiagnose der LSU, Bank 2"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383850
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383850 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383850 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383850 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urram
    "Zyklusflag: Rechnerüberwachung: RAM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383852
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383852 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383852 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383852 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urrom
    "Zyklusflag: Rechnerüberwachung: ROM"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383854
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383854 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383854 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383854 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_urrst
    "Zyklusflag: Rechnerüberwachung: Reset"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383856
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383856 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383856 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383856 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_vfz
    "Zyklusflag: Fahrzeug-Geschwindigkeit"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383858
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383858 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383858 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383858 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_wfs
    "Zyklusflag: Wegfahrsperre"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_wfsrc
    "Zyklusflag: Wegfahrsperre RC-Glied"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385C
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385C /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385C 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385C EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet1
    "Zyklus-Flag Zündendstufentreiber"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38385E
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38385E /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38385E 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38385E EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet2
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383860
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383860 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383860 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383860 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet3
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383862
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383862 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383862 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383862 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet4
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383864
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383864 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383864 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383864 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet5
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383866
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383866 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383866 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383866 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zet6
    ""
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x383868
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x383868 /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x383868 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x383868 EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin MEASUREMENT

    Z_zwpe
    "Zyklusflag: Relais für Zusatzwasserpumpe (Endstufe)"
    UWORD
    B_TRUE
    1
    100
    0.00
    1.00000000000

    BIT_MASK 0x2
    FORMAT "%13.11"
    
    ECU_ADDRESS 0x38386A
    /begin IF_DATA ASAP1B_ADDRESS  KP_BLOB 0x38386A /end IF_DATA
    /begin IF_DATA ETK  KP_BLOB 0x38386A 0x1 0x2 /end IF_DATA   /begin IF_DATA ASAP1B_MCMESS  /begin KP_BLOB 0x38386A EXTERN 0x2 /end KP_BLOB /end IF_DATA
/end MEASUREMENT

/begin FUNCTION

    ABGKL
    "8.60      Steuerung Abgasklappe"

    /begin DEF_CHARACTERISTIC
      CWGAGKG KFABK TSPAK TSPAKST VLLABKL VOABKL
      VUABKL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll B_stend gangi nmot rl vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abkl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ABKVP
    "1.80      Ansteuerung Bremskraftverstärker-Pumpe"

    /begin DEF_CHARACTERISTIC
      TDBKVSTEND TDDEDBKVP UBSQBKVMN UBSQBKVMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvpa B_brems B_cdbkvp B_pwf tnst_w ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      aebkvph_w aebkvpl_w B_bkvp tbdbkvp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aebkvp_l B_fbkvpa tbdbkvp_l
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ACIFI
    "18.10     Ausgabe für zylinderindividuelle Einspritzung"

    /begin DEF_CHARACTERISTIC
      CWESWEZ DTIABS DTIREL FWEAB FWEAUF FWEMXT
      TMESP WEESTSM WESSTO
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15 B_nsp B_sa evz_austot fnmes0 fnmes1
      fnmes2 fnmes3 fnmes4 fnmes5 nmot_w synstate
      synstate_o ti_b1 ti_b2 ti_tvu_w tmot tn2
      weer wessbm zylvirt zzbank zzvirt zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzti anztib anztib_w anzti_w B_encifi B_spontan0
      B_spontan1 B_spontan2 B_spontan3 B_spontan4 B_spontan5 B_synti
      B_ti_cha0 B_ti_cha1 B_ti_cha2 B_ti_cha3 B_ti_cha4 B_ti_cha5
      B_ti_out0 B_ti_out1 B_ti_out2 B_ti_out3 B_ti_out4 B_ti_out5
      B_ti_wai0 B_ti_wai1 B_ti_wai2 B_ti_wai3 B_ti_wai4 B_ti_wai5
      B_umsync cc_cha_0 cc_cha_1 cc_cha_2 cc_cha_3 cc_cha_4
      cc_cha_5 fweg fwez0 fwez1 fwez2 fwez3
      fwez4 fwez5 ti_ev0 ti_ev1 ti_ev2 ti_ev3
      ti_ev4 ti_ev5 ti_sto_0 ti_sto_1 ti_sto_2 ti_sto_3
      ti_sto_4 ti_sto_5 weests_r winkl_b1 winkl_b2 zuen_beg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cwesakt deltaseg_w na_abs_c na_rel_c pd_we_zy restw_b1
      restw_b2 segz weestsb zylvek_a
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ADC
    ""

    /begin IN_MEASUREMENT
      B_ldpi
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      iUipoti1_w iUipoti2_w iUspoti1_w iUspoti2_w test_wub uagrvh_w
      ubr_w udbuk_w udkp1v_w udkp1_w udkp2_w udsbkv_w
      udsl_w udst_w udsu_w uhfm2_w uhfm_w uhsv
      uhsv2 ulbkist_w upwg1_w upwg2_w urinlsu2_w urinlsu_w
      utmot2_w uuagrvp_w uulsuv2_w uulsuv_w uushk2_w uushk_w
      u_immo wtans wtka wtmot_w wtvkat wub
      wubr wubr_w wub_w wuhr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ADVE
    "3.60      Ansteuerung der DV-E mit dem DLR"

    /begin DEF_CHARACTERISTIC
      CWDKNOLU CWDLRIKL DANTGESWNV DANTGESWV DANTSCHWNV DANTSCHWV
      DKLAGERT DLRDWDKSS1 DLRDWDKSS2 DLRHAFTMN DLRHAFTST DLRIAMAXA
      DLRIKLPAR DLRININI DLRKDONLP0 DLRKDUNLP0 DLRKDUNLP1 DLRKDUNLP2
      DLRKDUNLP3 DLRKIONLP0 DLRKIUNLP0 DLRKIUNLP1 DLRKIUNLP2 DLRKIUNLP3
      DLRKPONLP0 DLRKPUNLP0 DLRKPUNLP1 DLRKPUNLP2 DLRKPUNLP3 DLRKREIS
      DLRKREISST DLRNLPD DLRPID0T DLRPID1T DLRPID2T DLRPIDMAX
      DLRPIDMIN DLRUBSOLL DLRUMABAND DLRUMAIINI DVEEST DWDKSBAMX
      DWDKSIKLS KDLRIDDVE TDKLAGDE TDLRHAFTMX TDLRPIDC TPWRSV
      TWDKNL UDKNLPTOL WDKBEWS WDKNLPTOL WDKREIB WDKSAPNOL
      WDKSTFEIN WDKSTGROB ZKUBDLR ZKWDKSPT1
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dcdisr B_dkaden B_dknolu B_dknot B_dkp1e B_dkp2e
      B_dkpiu B_dlrien B_dveeson B_i_ska_um B_kl15 B_lrnrdy
      B_nldve B_nmin B_nmot B_pwf B_st B_wdk1v
      B_wdk2sel dynPeriod nmot ub ubrsq udknlp1
      udknlp2 udkp1_w udkp2_w wdkada_w wdkba_w wdknlp_w
      wdks_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_apnoluv B_appnolu B_dcdisfr B_dlrbe B_dlrparc B_dlrpide
      B_dlrspid B_dlrumzu B_dveese B_dveesh B_dvete B_nlpne
      B_pwrsv B_ubdve B_ubpvg B_ub_ok B_wdksive dklagerc
      dlrspid_w dpwrsvc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkbew B_dlrikla B_dlriklst B_iklrest B_iklstar B_wdksauf
      dlrd dlrhaftak dlri dlriamax dlriant_w dlrihaftc
      dlriklst_w dlrikl_w dlrini_w dlrkomp dlrndif_w dlrp
      dlrpidc dlrubrsq dveesc dwdkdlr_w gwdkdlr_w gwdk_kge
      twdknlc ubdedis ubdeen wdkdlra_w wdkdlr_w wdksfi_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    AEKP
    "8.20      Ausgabe EKP-Ansteuerung"

    /begin DEF_CHARACTERISTIC
      ANZEKPVLMX PEKP TAPVLTM TNLEKPVL TZMIN TZZMX
      UBSTS VKSTEBF VKSTPVLAB VKSTPVLNL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstnlgp B_airbag B_bbdecj B_desee B_kstebf B_nachlend
      B_nmot B_stend B_uhrrmin B_uhrrsec tabst_w tmotab
      tnachl_w ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ekp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aekp8bits anzekpvl B_ekpd B_ekps B_ekpvl B_ekpvla
      B_ekpvlz B_pvlab B_pvlnl B_tooth dekpub vkst_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    AEVAB
    "6.90      Ausgabe Einspritzung Ev-Ausblendung"

    /begin DEF_CHARACTERISTIC
      CWEVAB REDABM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzeausb B_dkuevab B_faevz B_phsnl devoff flgstinj_w
      flgtiab redsol zyleausb zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmf B_dmdstop B_nlphea eevx evz_aus fevab
      stateaevab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzeab B_fophsnl B_frdph B_nlpheai dmdevab evrbgn_one
      fevabe redsolr redsol_one tvrnr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    AEVABU
    "3.50      EGAS Überwachungskonzept: Ausgabe EV-Abschaltung"

    /begin DEF_CHARACTERISTIC
      DNMAXH DNSKAZ NMXDAE NMXMDSKA TNLZOFF
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpu nmot wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_evabu B_nlzoff ndcdis_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    AEVABZK
    "1.30      Ausgabe Ev-Abschaltung %MDRED + Komplettabschaltung durch Überwachungsfunktionen"

    /begin IN_MEASUREMENT
      B_dmdstop B_dveada B_evabu B_koevab evz_aus
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_evasel evz_austot
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ALE
    "6.30      Auslauferkennung"

    /begin DEF_CHARACTERISTIC
      CWALE RALEZMAX TRD
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_luecke B_mluecke B_nlale B_nldg B_nmot B_phsnlinv
      B_startini B_stend B_zprel ttooth10ms wkwbzm0_w wkw_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      aleNvBits B_ale wkwstop
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enabale B_ralectr B_raleok tooth_rale wkw0rale_w wkwas_kor
      wkwrale_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ALSU
    "2.80      Ausgabefunktion LSU"

    /begin DEF_CHARACTERISTIC
      CWALSU FUBKORDT TAHRLSUMX TPHRLSU UBALSUMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cwlshvs B_nmot prhrlsu2_w prhrlsu_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hrlsaus tahrlsu2_w tahrlsu_w tphrlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fubkor_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ARMD
    "10.140    Momentenbasierte Antiruckelfunktion"

    /begin DEF_CHARACTERISTIC
      A0 A1 A2 B1 B2 CWARMD
      DMARMX DNFILO DVFZAR FKFDARTM FKVRNR FLRAWG
      FLRCVT FLRFDAR FLRFLRAR FLRHG FLRKIFZ FRARAWGS
      FRARCVT FRARCVTS FRARHGS KFDMDADP KFDMDARO KFDMDAROS
      KFFGDMAR KFFRARAW KFFRARHG KIFZCVT KIFZGAWG KIFZGHG
      NARASTGU NARLLGA NARLLMXG NARMXG NDFILOG NDIFFOG
      NVG NVMNG NVMXG SFZARMD SMK08MDSW TAREIN
      TMAR TMLAST TVARS TVARSA TVARSS TVKUPAR
      TVKUPGW TVKUPHS TVKUPRS TZSPINI VARAU WPEDU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGA06MDUB SUV07MDUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_cvt B_dashv B_fgr B_gsch
      B_gwhs B_kuppl B_ll B_lowra B_lsd B_sa
      B_stend B_wk B_wkauf esst_sga06mdub esst_suv07mdub fzabgs_w
      gangi mdverl_w mifa_w misolv_w mkfanb_w nmot
      nmot_w nvquot_w rl tmot uefktget vfzg
      vfzg_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ar B_hpnmot B_iniar B_iniarv B_kupgw B_tpnmot
      dmar_w esst_smk08mdsw fdar fdars flrar kifz_w
      mdbes_w mkar_w mlast_w ndar_w ndfil_w ndiffog_w
      ndiff_w nmod_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_argf B_gfen B_iniar1 B_tvars B_tvarsa B_tvarss
      B_wksch dncvt_w nmodiv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ASC0F
    ""


/end FUNCTION

/begin FUNCTION

    ASIC0
    ""

    /begin OUT_MEASUREMENT
      B_AsicComDisable
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ATEV
    "4.40      Ansteuerung Tankentlüftungsventil (Periodendauer)"

    /begin DEF_CHARACTERISTIC
      KFTEVP KFTVTEV TATEGMX TATEGRDO TATEGRDU TATEMSN
      TVTEVPS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtes B_evloc B_tevtini msntevo_w msteo_w mstesoll_w
      nmot pspu tadtea tans ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tevtstp tateist tateist_w tateout tateout_w tatesoll
      tatesoll_w tevper
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      msntev_w tateroh tateroh_w tvtevptu
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ATM
    "54.10     Abgastemperaturmodell"

    /begin DEF_CHARACTERISTIC
      ATMTAKR ATMTANS DTUMTAT FATMRML FATMRML2 FATRKRML
      FATRKRML2 FWMABGW FWMABGW2 FWMKATW FWMKATW2 IMTUMTAT
      KATMEXML KATMEXML2 KATMIEXML KATMIEXML2 KFATLAK KFATLAK2
      KFATMABKA KFATMABKA2 KFATMABKK KFATMABKK2 KFATMKR KFATMKR2
      KFATMLA KFATMLA2 KFATMZW KFATMZW2 KFATZWK KFATZWK2
      KFTATM KFTATM2 KFWMABG KFWMABG2 KFWMKAT KFWMKAT2
      KLATMILAE KLATMILAE2 KLATMIZWE KLATMIZWE2 KLATMLAE KLATMLAE2
      KLATMZWE KLATMZWE2 NTUMTAT STS06TMUW STU05TMUB TABGMEX
      TASTBFA TATMKH TATMKH2 TATMKRSA TATMKW TATMSA
      TATMSAE TATMSAE2 TATMSTI TATMTMOT TATMTP TATMTRKH
      TATMTRKH2 TATMWMK TIKATMOE TKATMOE TKSTBFA TNLATM
      TNLATMTM TNLATMTU TUMTAIT VTUMTAT WMABGKH WMABGKH2
      WMKATKH WMKATKH2 ZATAKRML ZATAKRML2 ZATMAML ZATMAML2
      ZATMIKML ZATMIKML2 ZATMKML ZATMKML2 ZATMRML ZATMRML2
      ZATRKRML ZATRKRML2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SEZ06TMUB SLX06TMUW SLY06TMUW SML06TMUW SML07TMUW SMT06TMUW
      ST107TMUB ST207TMUB ST307TMUB ST407TMUB STM05TMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstgp B_faatm B_kh B_kw B_nachlend B_nlatm
      B_nmot B_pwf B_sa B_st B_stend B_tfu
      B_trkh B_uhrrmin B_uhrrsec esst_sez06tmub esst_slx06tmuw esst_sly06tmuw
      esst_sml06tmuw esst_sml07tmuw esst_smt06tmuw esst_st107tmub esst_st207tmub esst_st307tmub
      esst_st407tmub esst_stm05tmub etazwist lamsbg2_w lamsbg_w ml
      ml_w nmot rl tabst_w tans tmot
      tmst tumg vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      atmAusBitsNov B_atmtpa B_atmtpa2 B_atmtpf B_atmtpf2 B_atmtpk
      B_atmtpk2 B_atmtpl B_atmtpl2 esst_sts06tmuw esst_stu05tmub etazwimt
      imlatm imlatm_w iwmatm2_w iwmatm_w tabgkrm2_w tabgkrm_w
      tabgm tabgm2 tabgm2_w tabgmab tabgmab2 tabgmst
      tabgmst2 tabgm_w tatu tikatm tikatm2 tikatm2_w
      tikatm_w tkatm tkatm2 tkatm2_w tkatmab tkatmab2
      tkatmst tkatmst2 tkatm_w zwmatm zwmatm2 zwmatmf
      zwmatmf2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      atmLokBits B_atmst B_atmst2 B_stndnl tabstatm_w tabstmx_w
      takrkf takrkf2 takrstc takrstc2 tatakrml tatakrml2
      tatmaml tatmaml2 tatmkf tatmkf2 tatmrml tatmrml2
      tatmsta tatmsta2 tatrkrml tatrkrml2 texkor texkor2
      texml texml2 texoikm2_w texoikm_w texom2_w texom_w
      tiexkor tiexkor2 tiexml tiexml2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ATMHEX
    "1.10      Modellierung der Materialtemperatur des Sechskants der LSU"

    /begin DEF_CHARACTERISTIC
      FATMAHX FATMAHX2 FATMTWHX FATMVHX FATMVHX2 FTMOTKHX
      FTMOTKHX2 KATMCPHX KATMCPHX2
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KTMOTW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend msabikr2_w msabikr_w msabiks2_w msabiks_w taikrm2_w
      taikrm_w tanvk2_w tanvk_w tmotk_w tumgk_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      talsum2_w talsum_w thxlsum2_w thxlsum_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dqatmhx2_w dqatmhx_w dtatwhx2_w dtatwhx_w ftkhx2_w ftkhx_w
      quatmhx2_w quatmhx_w qwatmhx2_w qwatmhx_w twatmhx2_w twatmhx_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    AZUE
    "5.80      Ausgabe Zündung"

    /begin DEF_CHARACTERISTIC
      CW_AZUE IGNDELAY TMZUB2MX ZWFUBAMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_dls B_ff B_kl15 B_motstop B_nachl
      flgstign_w fubaanz nmot_w offz_w szfuba_w tmot
      wkwbzm0_w znachanz zwcalcar
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      azoffmsk_w B_zesync fdpatdmd zndact zndsucc zwoutakt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      azFadeStatBits azfdoff B_azoffzag B_dopzue_i B_dzai B_ffsn2_i
      B_ff_i B_slsn2 B_sw0 B_sw1 B_z1 B_z1not
      B_z1_i B_zesync_d B_zws0 dzaCtr fbmxzahn fubaanz_i
      ignDelayCtr minzahn ovlCtr slsninkr slsninkr2 slsninkr_r
      slsnzahn slsnzahn2 slsnzahn_r sn2zkact sn2zkvek snzkact
      snzkvek swout tinkr tr_zahnabs tznd tznd2
      wouta woutst zkvek zn2zksucc zn2zkvek znzksucc
      znzkvek zouttmx zueninkr zueninkr2 zueninkr_r zuentmx
      zuenzahn zuenzahn2 zuenzahn_r zwoutar
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBBO
    "3.40      Betriebsbereich Erkennung Benzin im Öl"

    /begin DEF_CHARACTERISTIC
      ABOINI ABOLRAR ABOMX CDPCV IMLKS MSNPCV
      TMSKS TMSTABO TMTKS TVREABO USVKKS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot B_pwf B_sa B_sbbvk B_sbbvk2 ftho_w
      ml_w ps_w pu_w tmot tmst usvkk2_w
      usvkk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abo B_abor imlbbo
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpspu mspcv
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBDLS
    "1.10      Betriebsbereich digitale Leerlaufstabilisierung"

    /begin DEF_CHARACTERISTIC
      CLSDKH NDLSO NDLSU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpu B_kh B_llr B_sa B_st
      nmotll nstat
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_buf B_dnn
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBDNWS
    "1.100     Betriebsbereitschaft Diagnose Nockenwelle"

    /begin DEF_CHARACTERISTIC
      KLNDNWMN NDNWMN NDNWMNFA NDNWMX TMDNWMN TMDNWMX
      TNWDSTEND TOELDNWMN TOELDNWMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dnwfozea B_dnwfozee B_fanwsa B_fanwsaa B_fanwse B_fanwsea
      B_nwdfonws B_nwrposa B_nwrpose B_nwvfa B_nwvfe B_phada
      B_phade B_stend B_wnws0a B_wnws0e nmot tmot
      tnst_w toelk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dnwrpa B_dnwrpe B_dnws B_dnwsa B_dnwse
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dnwsfa B_nmotnwdf B_tmotnwdf B_tolnwdf ndnwtmn
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBGANG
    "14.100    Betriebsbereich Gang"

    /begin DEF_CHARACTERISTIC
      CWBBGANG FTDGANG IGESGA NGANGMIN NVQUOT1O NVQUOT1U
      NVQUOT2O NVQUOT2U NVQUOT3O NVQUOT3U NVQUOT4O NVQUOT4U
      NVQUOT5O NVQUOT5U NVQUOT6O NVQUOT6U
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asm B_autget B_cvt B_gang0 B_gang7 B_tippg
      B_vnull gangauti nmot_w S_fs uefktget vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fs B_gwhs gangi gangist nvquot_w uevges
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBKD
    "1.40      Berechnung der Kick-Down-Information"

    /begin DEF_CHARACTERISTIC
      CWBBKD CWKDASG DUPW12KD DUPWGLKD DUPWKDLB DUPWKDO
      DUPWKDU TKD TLKD UPWGKDMN UPWGKDMX UPWGKDO
      UPWGKDU UPWKDDF WPKDMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_fakd B_pwf B_pwgnotfr S_kd upwg1_w
      upwg2d_w upwgej_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BBKDbits bblkderf B_kd upwkdu_w upwkd_w zlkd
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kdpos B_lkderf B_lkdfrg upwkdo_w upwkdt_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBKHZ
    "18.290    Betriebsbereich motorisches Katheizen"

    /begin DEF_CHARACTERISTIC
      ABKKATTAB BTRKHTMS CMVKAT CWKHZ CWKHZ2 DTKATMN
      DTKH DTMABKH FHOKH FKHABMN FKHLA FKHMD
      FKHMDLL FMDKHNS FTMLAKH IMLATWS IMLKHMXTMS IMLKHTMS
      KFNFSKHM KFNLLKHM KFNSKHLL KFWNWWKA KFWNWWKE KTNDMRKH
      MLKHMX MLSUS MTABGKH NLLAD NLLKT NWKHFHO
      TABSTKH TDTABGMK TKATMN TKATW TKHABB TKHFSAB
      TKHLL TKHLLAB TKHLLMX TKHMX TKHNAB TMSLOF
      TNSDMRKH ZKHABB ZKLAMKH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvleer B_dsl4 B_dsla B_fa B_fasla B_fs
      B_hag B_katfz B_ll B_lmsslof B_msloff B_nachl
      B_nachlstp B_nmot B_slkhof B_slpoff B_sls B_slsfz
      B_st B_stend B_wst fho fho_w frhol_w
      imlatm_w ml tabgm_w tabst_w tans tikatm
      tkatm tmot tmotab tmst tnst_w tumg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BBKHZausbits B_kh B_kha B_khab B_khan B_khn
      B_khno B_khoab B_kw B_trkh fhost_w fkhab
      fkhnab flakh flamkh fmdkh fnwkha fnwkhe
      frhokor_w imlatmw_w imlpr imlpr_w nfskh nllkh
      tikatmnl tumgnl wistr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BBKHZlokBits BBKHZlokBits1 B_khares B_khaset B_kherr B_khll
      B_khlle B_khllmx B_khres B_khset B_khstc B_mlsu
      dkattumg_w dtivkst_w fmdkhtns_w imlatmst_w mlsuini_w mlsu_w
      tanskhst tivkst_w tkhnab_ctr wikatst_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBNWS
    "4.80      Betriebsbedingungen zur Freigabe der NWS"

    /begin DEF_CHARACTERISTIC
      CWNWGE CWNWSA CWNWSE CWNWSG DNLLSNW NMNWSTMN
      NNWMX NNWTMN TANW THYNWMN TMNWKH TMNWMN
      TMNWMX TMNWST TOELNWEMN TOELNWEMX TOELNWMN TOELNWMX
      TVNWGE TVNWSTNMTM TVNWSTTM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWMDAPP
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpu B_fanwsa B_fanwse B_gsch B_nldg
      B_nmin B_nwkv B_phada B_phade B_pwofnwa B_pwofnwe
      fnwkha fnwkhe nmot nsol rlshk_w rlsol_w
      rl_w tans tmot tnst_w toelk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dnwfozea B_dnwfozee B_genws B_nnwmx B_nwdfonws B_nwkwaosw
      B_nws B_nwsapkfa B_nwsapkfe B_nwsappa B_nwsappe B_nwsguda
      B_nwsgude B_nwsinva B_nwsinve B_nwskflla B_nwskflle B_nwskha
      B_nwskhe B_nwssprga B_nwssprge B_nwsst B_nwssta B_nwsste
      B_nwurledk B_nwvfa B_nwvfe B_nwvfg B_wnwsmxfa B_wnwsmxfe
      rlnw_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_khnwt B_khnwta B_khnwte B_nwmd B_nwnmot B_nwsoada
      B_nwsoedk B_nwsrl B_nwsstend B_nwstvakt B_nwta B_nwte
      nnwtoelmn tvnwsttm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBPHSYN
    "1.11      Betriebsbereich Phasensynchronisation"

    /begin DEF_CHARACTERISTIC
      ANZSYNAB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pha2act B_phsok B_phsok2 B_st B_synph zrph
      zrph2 zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_phesab B_phzueab
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_esabrev B_ph2okay B_phedge B_phedge2 B_phin B_phin2
      countrev zrphsyn zrphsyn2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBSAWE
    "18.290    Betriebsbereich Schubabschalten/Wiedereinsetzen"

    /begin DEF_CHARACTERISTIC
      CWNWEGTR CWSAWE DNSAH DNSAL DNSALH DNSATIP
      DNSLL DNSLLK DNVSA DNWEK DNWEOFF DVSA
      ENSAKHG GANGISAV KFNWEGM KFTVSA KFTVSAGI KFTVSAGNG
      KFTVSAKAT NGDNSA NGDNSAL NGDNWEGTR NSAFAN NWEGTRM
      NWENG NWENGFS SNM08SAUB TAVHKSAO TAVVKSAO TKATSA
      TKIHKSAO TNSAFAN TVSABFA TVSABTE TVSATM VSAA
      VWE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGA08MDUB STK04SAUB STM05SAUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cvt B_dash B_dsls B_fa B_fan B_fs
      B_kh B_koe B_kuppl B_ll B_sacvt B_savfgr
      B_savmd B_savmsr B_stend B_te B_tippg B_vllr
      esst_sga08mdub esst_stk04saub esst_stm05saub gangi ngfil nmot
      nmot_w nstat tavhkm_w tavvkm_w tkatm tkihkm_w
      tmot tmst tnst_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sab B_sabfg B_sabte esst_snm08saub tvsab_w tvsans_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dnsll B_nsafan B_nwemg B_sabt B_sabv B_saen
      B_tatmsa dnsa nsa nwe nwecvt nwema
      nwemn nwenga tvsaa_w tvsag_w tvsakat_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBSTT
    "11.21     Betriebsbereich: Start"

    /begin DEF_CHARACTERISTIC
      NNSTA NSTNM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot nmot tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_st B_stend tnse_w tnst_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BBTEGA
    "3.130     Phasensteuerung für Tankentlüftung und Gemischadaption"

    /begin DEF_CHARACTERISTIC
      DFTEDS DMRFATE FMRFAZTE FTEADZU FTEDS MRFABNTE
      TATELL TGAHBX TMSKLH TMSNOGA TTE TTEAE
      TTEBSTP TTEGA TTEGAI TTEGAIH TTEGAZO TTEGAZU
      TTEINI TTEMN TTEPRIO TTEZAO TTEZAU ZMRFABN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dldpte B_dmmtev B_dmtltz B_dtes B_edkvs B_edkvs2
      B_frao B_gae B_gaefra B_gaefra2 B_gasp B_grdst
      B_ll B_lr B_lr2 B_nmot B_te B_teabb
      B_tehbx B_tepvb B_teza ftead_w mrfa_w nmot
      tans tmst tnse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fraoan B_gap B_tep
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tedtev B_tehbxf B_tepi B_tepzhl B_tepzus B_tesstp
      B_testop B_tezstp B_tteae B_ttegais dmrfabn_w mrfabn
      mrfabnf tephc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGARNW
    "2.30      Berechnete Größe Anforderung Nockenwellenadaption"

    /begin DEF_CHARACTERISTIC
      DWNWADRPA DWNWADRPE DWNWSKA DWNWSKE HYNMOTNW HYRLNW
      KFNWADA KFNWADE KFNWADGA KFNWADGE MXFLAD TMWAFMN
      TNWADAMX TNWADAMXA TVNW_S TWAFMN TWAFMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      WNWRAS WNWREO
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_enwsva B_enwsve B_nwkwaosw B_phada B_phade B_stend
      B_wnws0a B_wnws0e nmot rlnw_w tmot wnwa_w
      wnwe_w wnwsaa_w wnwsae_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGARNWausbits B_nwadagfa B_nwadagfe B_nwflada B_nwflade B_nwrposa
      B_nwrpose
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGARNWlokbits B_fphad B_nwadaa B_nwadae B_nwadaga B_nwadage
      B_nwpnrpa B_nwpnrpe ctr_phada ctr_phade nmotkf rlnwkf
      rlnwkf_w wnwsakfa_w wnwsakfe_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGBN
    "1.10      Berechnete Größe Bordnetzversorgung"

    /begin IN_MEASUREMENT
      B_airbag
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGBNausbits0 B_bvhfm B_bvhls
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGCVN
    "6.10      Berechnete Größe Calibration Verification Number CVN"

    /begin IN_MEASUREMENT
      B_m9cvn B_m9cvnclr B_m9cvnout
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgcvn_bits B_cksbrdy cvnh_w cvnl_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGDVE
    "3.150     Größen für DV-E-Ansteuerung aus Lern- und Prüfroutinen"

    /begin DEF_CHARACTERISTIC
      CWDVEFO DKPSTGMIN DLRPIDSTMN DUDKNLPO DUDKNLPU DUDKPTMP
      FPRAT FPRMT FPRNMAX FPRTIM1_T FPRTIM2_T FPRTIM3_T
      FPRTIM4_T LRNST1_T LRNST3_T LRNST7_T LRNST9_T LRNVB_T
      NLPST1T NLPST2T TDKNACH TDLRPIDMX TMSUTMUMA TTMUMASTA
      UANAUFRP UANNMAX UANPEDMAX UANPIDMIN UANPIDMINA UANUATS
      UANVFZG UANZURP UAN_O_MT UAN_STORE UAN_U_MT UB_UANL
      UDKNLP1N UDKNLP2N UDKP1AMAX UDKP1AMIN UDKP1AURI UDKP1DUS
      UDKP1NHUB UDKP1VID UDKP1VOMA UDKP1VOMI UDKP1VOSC UDKP1VUSC
      UDKP1VVMA UDKP1VVMI UDKP2AMAX UDKP2AMIN UDKP2AURI UDKPALOS
      UDKPAOFF UDKPATMX UPVGNENN WDKFPRO2 WDKFPROO WDKFPROU
      WDKFPRZ1 WDKFPRZ2 WDKNLPMA WDKNLPMI WDKNPLAUS WDKNSTORE
      WDKSFPR WDKSFPRO WDKSTMUMA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DUDKP1HY
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dcdisfr B_dknolu B_dknot B_dkp1e B_dkp2e B_dkpiu
      B_dlrspid B_dvete B_i_ska_um B_lrndia B_pwf B_stend
      B_ubdve B_wdk2sel dlrspid_w nmotll tans tmot
      ub ubrsq udkp1v_w udkp1_w udkp2_w vfzg
      wdkba_w wdks_w wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abgle B_dcdisr B_dkaden B_dlrien B_dveada B_dvetv
      B_fproab B_fproe B_fprook B_fprordy B_fprovb B_fprrdy
      B_fprzab B_fprze B_fprzok B_fprzvb B_lrnakt B_lrnerf
      B_lrnfg B_lrnrdy B_lrntesa B_lrnvb B_lrnws B_nlpe
      B_nlperf B_nlpnew B_umae B_umauab dkpstg_w dlrmxt
      dveadchst fprstep_c lrnstep_c tloop_w tmpumast ttmumad_w
      udknlp1 udknlp2 udkp1a udkp1asr_w udkp1as_w udkp1a_w
      udkp1sv udkp1vou udkp1vo_w udkp1vv udkp1vv_w udkp2a
      udkp2asr_w udkp2as_w udkp2a_w udkpat_w wdkada_w wdknlp
      wdknlpr wdknlp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BGDVEintbits B_dknach B_fprakt B_nlpreq fprtim_c lrnstat
      lrntim_c lrnvb_c nlp1tim tdknach_w ubuanlr udknlp1r
      udknlp2r udkp1aalt udkp1rob udkp1run udkp1vor udkp1vrob
      udkp1vrun udkp1vvr udkp2aalt wdknlpr_w wdkvabob wdkvabub
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGELSV
    "1.90      Berechnete Größe Fehler LSV"

    /begin DEF_CHARACTERISTIC
      CWBGELSV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dlahieg B_dlahieg2 B_fa B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgelsvAusBitsKoop bgelsvAusBitsNovKoop B_crlsv B_crlsv2 B_elsv B_elsv2
      B_zlsv B_zlsv2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bgelsvLokBitsKoop
    /end LOC_MEASUREMENT
    /begin SUB_FUNCTION
      DFPM_BGELSV
    /end SUB_FUNCTION

/end FUNCTION

/begin FUNCTION

    BGEVAB
    "4.11      Berechnung der tatsächlichen Reduzierstufe durch EV-Abschaltung"

    /begin IN_MEASUREMENT
      evz_austot stateaevab zzbank
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bevab B_bevab2 B_evakt B_evloc redist redistb1
      redistb2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGGNSOL
    "1.30      Berechnete Größe Getriebesolldrehzahlbeeinflussung"

    /begin DEF_CHARACTERISTIC
      DFGNSOL KFGNSOL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kh imlatmw_w tmst tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fgnsol
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGKML
    "1.10      Berechnete Größe: Kilometerstand über Fz.-Lebensdauer"

    /begin IN_MEASUREMENT
      kmst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      kmstl_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGKMST
    "2.30      Berechnete Größe: Kilometerstand"

    /begin IN_MEASUREMENT
      B_kmmil fcmEnd FCMTab vfzg_u
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      kmdp1km_w kmp6km_w kmstmil_w kmst_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGKV
    "5.20      Berechnungsgroesse verbrauchter Kraftstoff"

    /begin REF_CHARACTERISTIC
      KUMSRL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sa rk2_w rkte_w rk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      vsksml_w vsks_w vtrip_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rksum_w vapp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGLAMBDA
    "3.20      Berechnete Größe Lambda aus Sauerstoffsignal LSU"

    /begin DEF_CHARACTERISTIC
      KFLAMSLS LALIO LAMGAINMN LAMGAINMX TVGAIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TUMTOE
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fklanf B_fklanf2 B_iclsabg B_iclsabg2 B_sbblsu B_sbblsu2
      B_sls lamsbrs2_w lamsbrs_w lamsons2_w lamsons_w nmot
      o2adap2_w o2adap_w rl zseglsumt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fklsol B_fklsol2 B_sbbvk B_sbbvk2 lalsuvj2_w lalsuvj_w
      lamsonb2_w lamsonb_w lamsoni2_w lamsoni_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      diffbks2_w diffbks_w flamagr flamagr2 flamsls flamsls2
      flamslsi lamsobk2_w lamsobk_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGLAMOD
    "1.40      Modulation stetige Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CWLRFZA KFLRST KFLRST2 KFLRSZ KFLRSZ2 LRSMODMS
      LRSTPZA TKATSZA TKATSZA2 TMLRZAMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CLRS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      azlrdkt B_dktlp B_lasostc B_lasostc2 B_lr B_lr2
      g1korr lamsbg2_w lamsbg_w msabvvk2_w msabvvk_w nmot_w
      rl_w rriext_w tkivkm2_w tkivkm_w tmot tzlrdkt_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lrssp B_lrssp2 B_lrzatrg B_za B_za2 dfrza2_w
      dfrzaf2_w dfrzaf_w dfrza_w dlamza2_w dlamza_w tlrs2_w
      tlrs_w zlrs zlrs2_w zlrs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_trigger dfrzaff2_w dfrzaff_w dfrzapr_w lrstza_w lrsza
      msabmod_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGLASO
    "4.60      Berechnung Lambdasondesoll und reziprokes Lambda"

    /begin DEF_CHARACTERISTIC
      CWBGLASO FRIRLABBR LASTCMN LASTCMX TFRECILAM VSONTL
      VSONTL2
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ddkds B_stendes flamsl2_w flamsl_w lamsbg2_w lamsbg_w
      msabg2_w msabg_w msabikr2_w msabikr_w pabnav2_w pabnav_w
      pabvvk2_w pabvvk_w redistb1 redistb2 rir_w rldte_w
      rllaso2_w rllaso_w taikr2_w taikr_w tavvk2_w tavvk_w
      tlrs_w zlrs_w zzbank
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lasostc B_lasostc2 evabkor2_w evabkor_w labbrm2_w labbrm_w
      labrgs2_w labrgs_w lamsbrs2_w lamsbrs_w lamsons2_w lamsons_w
      laoikrm2_w laoikrm_w laontlm2_w laontlm_w laonvkm2_w laonvkm_w
      recilamf_w recilam_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_totab B_totab2 rklabbr2_w rklabbr_w rllabbr2_w rllabbr_w
      tlrsk_w tsontl2_w tsontl_w zylzab zylzab2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGLBZ
    "8.20      Berechnete Größe Ladebilanz der Batterie"

    /begin DEF_CHARACTERISTIC
      CWLBZAPP DLBZ ZKLBZ
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      LBZO1 NSLBZFS NSLBZFS2 NSLBZLL NSLBZLL2
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fs B_nlbzanf B_nlbzanf2 nstat
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nlbzakt B_nlbzakt2 lbz
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGMIL
    "2.50      Berechnete Grösse; Ansteuerung MIL ( Malfunction Indication Lamp)"

    /begin DEF_CHARACTERISTIC
      CWBGMIL TMILAS TMILRB TMILVT
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_blkfb B_blkmd B_milfb B_milmd B_milsfr B_nmot
      B_stend dfpmEpclState dfpmMilState milactsfc milactsf_w ready
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_blkeb B_epcl B_kmmil B_mil B_milact B_milas
      B_milblk B_milclr B_mileb B_milfd B_milfon B_milkm
      B_milrb B_milsf B_milsfint B_milstat B_milste B_milvt
      B_nomil milstat milstate_w milstatnov StateActionID StateID
      tcmilas tcmilrb tcmilvt
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGMILSF
    "1.10      Berechnete Grösse; Malfunction Indication Lamp (MIL) Sonderfunktion"

    /begin OUT_MEASUREMENT
      B_milsfr milactsfc milactsf_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGMSABG
    "7.20      Berechnung Abgasmassenstrom - bankabhängig"

    /begin DEF_CHARACTERISTIC
      ZYLANZB ZYLANZB2
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      msfabr_w msl2_w msl_w rkg2_w rkg_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mabghks2_w mabghks_w mabikrs2_w mabikrs_w mabnavs2_w mabnavs_w
      mabnhks2_w mabnhks_w mabnvks2_w mabnvks_w mabvhks2_w mabvhks_w
      mabvvks2_w mabvvks_w mlbb2_w mlbb_w msabg msabg2
      msabg2_w msabghk2_w msabghk_w msabgs2_w msabgs_w msabg_w
      msabikr2_w msabikr_w msabnav2_w msabnav_w msabnhk2_w msabnhk_w
      msabnvk2_w msabnvk_w msabvhk2_w msabvhk_w msabvvk2_w msabvvk_w
      msaovvk2_w msaovvk_w verhmsb2_w verhmsb_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mskgb2_w mskgb_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGMSZS
    "25.60     Berechnungsgröße Massenströme zum Saugrohr"

    /begin DEF_CHARACTERISTIC
      CWBGMSZS CWFKMSDKA DDRLDKZU DFKMSMN DFKMSMX DFKPVMN
      DFKPVMX FKMSDKMN FKMSDKMX FKPVDKMN FKPVDKMX KFMSNWDK
      KIMSALL KLAF KUMSRL MLFKMSDK MSALLMN MSALLMX
      MSLG PSPVDKUG RLNOT TDABGLST TDMSDKS WDKUGDN
      ZKMSDKTHFM ZKPVDKT ZRFKMSDK
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM12FEUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dteaam B_dtest B_edks B_ehfm B_fkmsdks B_hfm
      B_pwf B_stend dmsnte_w esst_snm12feub fpvdkds_w ftvdk
      ml_w mshfms_w mste nmot nmot_w ps_w
      pvdkds_w rl_w wdkba_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGMSZSbits B_fgabgl B_fkmsmn B_fkmsmx B_fkpvdk B_fkpvmn
      B_fkpvmx B_inilabgl B_inimsdko B_inisabgl B_msndko B_mszsdkb
      B_mxrlroh B_ugd dfuelsan_w fklaf_w fkmsdkg_w fkmsdksg_w
      fkmsdks_w fkmsdk_w fkpvdkg_w fkpvdk_w fpvdk fpvdk_w
      frhodk_w msdkalm_w msdk_w msndkoo_w msndko_w msndk_w
      msnsaug_w mssaug_w pspvdb_w pspvdkf_w pspvdk_w pspvds_w
      pvdk pvdk_w rldkofk_w rldvs_w rlfdkroh_w rlfgroh_w
      rlflmroh_w rlroh_w rlzuhfs_w rlzunfs_w umsrln_w wdkugd_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_edsli drllad_w klaf_kge msdkf_w msdkue_w rlfdkrof_w
      rlnotn_w wdkbab_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGNG
    "5.20      Berechnete Größe Drehzahlgradient"

    /begin DEF_CHARACTERISTIC
      ZNGFIL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w tseghi tseg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ngasok B_syn2nd dnmotas_w dnmot_w irspsyn ngas_w
      ngfil ngfil_w nmotas_w nmotrsp_w tsas_w tsegrsp_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGNMOT
    "5.60      Berechnete Größe Drehzahl"

    /begin IN_MEASUREMENT
      B_bm B_nmin tnbm1_w tnbm_w tr_zeit tr_zeit_msb
      zztab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmot nmotll nmotllfil nmot_w tseghi tseg_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGNWDEF
    "1.11      Berechnete Grösse für Nockenwelle in Default Position"

    /begin IN_MEASUREMENT
      B_phad B_phad2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_p1refpos B_p2refpos
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGPABG
    "2.21      Berechnete Groesse Abgasgegendruck"

    /begin DEF_CHARACTERISTIC
      FPVHKMSAB FPVHKTTA FPVHKTTA2 FPVVKMSAB FPVVKTTA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      msabvhk2_w msabvhk_w msabvvk_w pu_w tkihkmm2_w tkihkmm_w
      tkivkmm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fpabnav2_w fpabnav_w pabnav2_w pabnav_w pabvhk2_w pabvhk_w
      pabvvk2_w pabvvk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpabvhk2_w dpabvhk_w dpabvvk_w fpvhk2_w fpvhkt fpvhkt2
      fpvhk_w fpvvkt fpvvk_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGPIRG
    "3.50      Berechnung des internen Restgasanteils"

    /begin DEF_CHARACTERISTIC
      CWPIRGAP DNWVSMN FPVMXST FUPSRLMN FUPSRLMX FWNWVSAP
      FWNWVSO FWNWVSU KFFUPSRLK KFPIRGRES KFPRGA KFPRGE
      KFPRGSUA KFPRGSUE KFUPSRLKNW KFURLA KFURLE KFURLSUA
      KFURLSUE KISRM KISRMSU KLPRGAGPS PBRINTMN PBRINTMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_st B_su fho_w fnwue fpabnav2_w fpabnav_w
      fsu_w ftbr_w ftsr nmot_w pabnav2_w pabnav_w
      ps_w pvdkds_w rfges_w rlfg_w wnwa_w wnwe_w
      wnwsmna_w wnwsmxe_w wnwvumxa_w wnwvumxe_w wnwvu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fkisrm_w fprgagps_w fupsrluk_w fupsrl_w fvisrm_w fwnwvs_w
      pbrintuk_w pbrint_w pirgres_w pirg_w psmx_w rfrint_w
      rfr_w rirint_w rir_w rlrint_w rlr_w rri_w
      rr_w wnwspue_w xfvisrm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dfupsrla_w dfupsrle_w dpbra_w dpbre_w ffupsrlk_w fpsrlroa_w
      fpsrlroe_w fupsrlro_w furla_w furle_w furlsua_w furlsue_w
      nwvsakt_w nwvsfrue_w nwvsmnu_w nwvsspae_w pbrintna_w pbrintro_w
      pbriroa_w pbriroe_w prga_w prge_w prgsua_w prgsue_w
      vpspanav_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGPUK
    "1.20      Berechnungsgröße Umgebungsdruck korrigiert (Bergabfahrterkennung)"

    /begin DEF_CHARACTERISTIC
      DIFFMAX PUKORRV PUSMAX PUSMIN TPUKOR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      pus_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_add B_puerr pukBits pukorf_w pukor_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      pumean_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGRBS
    "5.30      Berechnete Größe Radbeschleunigung aus Raddrehzahl"

    /begin DEF_CHARACTERISTIC
      CWRBS TMVDBS VASRM VRADF
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdswe vfzg vrad_hl_w vrad_hr_w vrad_vl_w vrad_vr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bsc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_absf dv_hl dv_hr dv_vl dv_vr dv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGRFNW
    "1.40      Berechnung relative Sollfüllung in Sollwinkel für Nockenwellensteuerung"

    /begin DEF_CHARACTERISTIC
      DWNRFPT DWNSRFIX FRFWNI FRFWNP
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvnwab B_nws B_ugdnws rfinugds_w rfrints_w wnsrfixe_w
      wnwe_w wnwsae_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dwdknws dwnsrfie_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dwnrfiie_w dwnrfipe_w dwnrfixe_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGRLG
    "1.20      Berechnete Größe RL-GRADIENT"

    /begin IN_MEASUREMENT
      B_ngasok irspsyn rl_w tsegrsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      drlas_w rlgas_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rlrsp_w tas_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGRLMXS
    "2.10      Berechnung der Maximalen Sollfüllung"

    /begin DEF_CHARACTERISTIC
      KLRLNMXN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fho_w ftbr_w nmot_w rl_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rlmxs_w rlugd_w rml
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rlvugd_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGRLP
    "4.60      Berechnungsgröße rlp prädizierte Luftfüllung"

    /begin DEF_CHARACTERISTIC
      CBGRLP DRLDYNU DRLMIN DTEPRU DWPR DWPRNSP
      FGDPSMPDVS FPVMXP TNSURLP WPRMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMSNWDK KLAF PSPVDKUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_ll B_nswo2 B_st B_stend dpsfg_w
      drl_w fpbrkds_w frhodk_w fupsrl_w fvisrm_w grundwert
      klaf_kge msndko_w mste nmot_w pirg_w pspvds_w
      ps_w pvdk_w rldvs_w rl_w te_w tvu_w
      umsrln_w wdkbap_w wdksp_w wdkugd_w wea wee
      wessbm
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nsp B_tired dpsmp_w drlp_w rlp rlp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_rlp B_rlpns B_ugdsp dpsdvs_w fwprs_w msndkpk_w
      psmppvdk_w psmp_w pspmx_w psp_w rlmp_w rlrohmp_w
      vwkw wdkbapb_w wpr wprnsp
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTABSA
    "1.50      Adapter für Abstellzeitberechnung"

    /begin IN_MEASUREMENT
      B_pwf B_stend B_tabcan B_tabststp tabcan_w tengoff_l
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgtabsaAusBits B_uhrexte B_uhrextof trsec_l
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tabadd_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTABST
    "11.60     Berechnete Größe Abstellzeit"

    /begin DEF_CHARACTERISTIC
      CWBGTABST DTABOVF DTABUNPL LNXQTM TNLSGM TNSEUHRCMP
      TRSECMX TVABST TVUHR TVUHRDEV UHRMNDEV UHRMXDEV
      ZKTABTU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nachlstp B_nlwst B_nmin B_pwf B_stend B_tumnpl
      B_uhrexte B_uhrextof tmotab tmst tnse_w trsec_l
      tumg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgtabstBits1_50ms bgtabstBits2_50ms bgtabstBits3_1000ms B_abstgp B_abstnlgp B_abstnpl
      B_tabststp tabsnl0_w tabsnl_w tabstm_w tabst_w tabsuhr_w
      tengoff_l
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abstmnpl B_abstnlg0 B_abstuhrg B_pltab B_tabuhrof B_tabunpl
      B_uhrnpl B_uhrnpl0 B_uhrnpl1 tabststp tabsuhr0_w tengoff0_l
      tengon_l tnseuhr_w trsectmp_l uhrdev xqtm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTEMPK
    "10.60     Füllungserfassung Berechnung Temperaturkompensation"

    /begin DEF_CHARACTERISTIC
      CWTEMPK DEVTMAGR EVTMODO FDVANS FWFTBRTA FWLKFTBR
      KFDFBTMN KFDFBTMP KFFWTBR KLFAKTABGM TMOTWRM ZBRT
      ZDBTMN ZDBTMP ZTDAGR ZTMMBR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot nmot_w pabnav_w pirg_w ps_w rl
      tabgkrm_w tabgm_w tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      evtmod ftbr ftbr_w ftsr ftu ftvdk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dtbrt_w ftw tabgsant_w tbrraum_w tempin tfrgsant_w
      tmischbr_w tmotdif tmotfil tsges_w vpspabna_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTEV
    "4.60      Berechnungsgröße Massenstrom TEV"

    /begin DEF_CHARACTERISTIC
      FLTEFUEL FUMRMV FUMSTEK KAFLTESG KFAFTE KLAFTE
      KMLTESG MSNTATE MSNTEVO
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dteaa fho_w ftvdk nmot pspvdk_w ps_w
      tans tateist_w wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      msntevo_w mste mstedte mstedte_w msteo_w mste_w
      vregdia_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      faftekf fafte_w ftho_w mleitmx_w mleit_w msntetev_w
      mstetev_w qltefil wdkbate
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTOL
    "4.40      Berechnete Größe (Motor-)Öltemperatur"

    /begin DEF_CHARACTERISTIC
      CWKONGTO DTATMSTOL DTMABSTOL DTMTOLOFF TABSTOLTM TDTOL
      TOLE ZKTPTOLTM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ctol B_ctole B_st B_tolcb ctol tabst_w
      tans tmot tmotab tmst wtol
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      BGTOLausbits1 B_etoltm toel toelk_w toltm
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTOLZK
    "1.10      Berechnete Größe Zylinderkopftemperatur"

    /begin DEF_CHARACTERISTIC
      CWTOELZK
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tmot toelk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      toelzk_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGTUMG
    "7.20      Berechnete Größe Umgebungstemperatur"

    /begin DEF_CHARACTERISTIC
      CWKONGTU DTMTATUM IMTUMTA KLDTUMTA NTUMTA TABMNTUM
      TDTUM TMMXTUM TUMTAI TVTUMTA VTUMTA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstgp B_ctum B_ctume B_nmot B_pwf B_stend
      B_tmsrt ctum imlatm_w nmot tabst_w tans
      tmot tmst vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bgtumgBits_1000ms B_tumkst B_tumnpl tum tumg tumgk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tumtmp
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGVMAX
    "1.70      Berechnungsgröße Maximalgeschwindigkeit für VMAX-Regelung"

    /begin DEF_CHARACTERISTIC
      DVMAXTOM VMAXNB VMAXTM VMAXTOL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      tmki tmot toelk_w vfzg_w vstvvr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      vmax_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tmotrvmx vmaxtm_w vmaxtol_w vmaxtom_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGWDKM
    "1.11      Berechnung Dk-Winkel Modell"

    /begin DEF_CHARACTERISTIC
      ZWDKM1 ZWDKM2
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      wdksp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wdkbap_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BGWPFGR
    "2.30      Berechnungsgröße rückgerechneter Pedalwert bei FGR"

    /begin DEF_CHARACTERISTIC
      CWBGWPFGR KFWPFGR TFWPFGR WPFGRBMR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_fgren mrfgr_w nmot_w zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wpfgr_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    BKV
    "2.80      Drucksteuerung für Bremskraftverstärker"

    /begin DEF_CHARACTERISTIC
      CWBKV DPBKVSPS DPBKVUKKPU DPBKVUKNW DPBKVUKP DPBKVUKPU
      DPBKVUS KFKOMABNPU MRFAMXKAHY OPBKVUKKB OPBKVUKNWB OPBKVUKPB
      OPBKVUKPUB PBKVKREHY PBKVKRHY TDBKVKOMAB TDBKVNWAB TDBKVP
      TDBKVSTED TDPBKVMN TDPBKVMNP TEBKVNWAB TEPBKVMN TEPPBKV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvp B_brems B_cdbkvp B_kh B_ll dpbkvu_w
      fho_w mrfa_w nmot_w psspbkv_w ps_w pubkv_w
      tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bkvagrab B_bkvdkhab B_bkvkomab B_bkvleer B_bkvnkhab B_bkvnwab
      B_bkvpa dpbkvukp_w psmxbkvg psmxbkvg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      BKVlokbits0 B_bkvkoma B_bkvnwum B_pbkvmn B_pbkvmnp dpbkvukb_w
      dpbkvukk_w dpbkvukr_w dpbkvuk_w dpbkvunw_w dpbukkb_w dpbukk_w
      dpbuknwb_w dpbuknw_w dpbukpb_w dpbukp_w psbkv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    CANECU
    "6.70      CAN Sendebotschaften und Signaldefinitionen"

    /begin DEF_CHARACTERISTIC
      CANVERS CCMKBI CWBUSOFF CWCAUVW CWCMOT5 CWCMOT7
      CWGC CWLLG CWMOTFLX CWOBDCAN CW_CAN_S_0___A CW_CAN_S_1___A
      FMOTC KVNPZ MDMAXKBI MDNORM MOTTYP NDYDAMPF
      NMAXKBI PMAXKBI TGENONC VANZKBI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWCOWIV CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A
      CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A T_NOMGAT
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfgrsc B_anlasc B_anlfr B_autget B_blc B_brc
      B_bus_off B_cdma B_dcy B_dnmcan B_epcl B_fgrat
      B_fgrbr B_fgrhsa B_fgrtbe B_fgrtbh B_fgrtse B_fgrtve
      B_fgrtvh B_fgrtwa B_gatbot B_gracan B_gralc B_gsala
      B_kd B_kl15 B_kmtre B_koe B_kosrc B_kov
      B_kovkmtr B_kuppl B_kvakbi B_ll B_llped B_mil
      B_mshlon B_nlbzakt B_nlbzakt2 B_nlcan B_nmax B_nmin
      B_sleepa B_statbr B_statgec B_statmdc B_statnb B_stattoc
      B_stend B_tolcb B_tolfstc B_tolueb B_tverac B_vmax
      B_wowarn B_wswarn B_wuc dnmcan fcmEnd ffzdfp
      fgnsol fho genlrc kldfpwm kldfpwmf kvakbi_w
      mdverlc miautgetc miautgsc mifab_w miistc mimax_w
      mivbeb_w mivbeg_w mizwmnc momintrest nmot_c nmot_w
      nstat pu statgra tans tmot tnst_w
      tolc tvluesic ub vfzg vzgrac wdcan
      wdkba wfv_w woeldir woeloff woeltol wpedc
      wpedv_w wsmit wtmax wtmin wwertmin wwmax
      wwmin wzcan
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bz_cmf bz_mot6 bz_mot8 B_genonc B_sleepi cs_mot5
      cs_mot6 cs_mot8
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ctr_motorflexia Motor_6_100 mux_counter mux_counter2 t_nomgatCtr1
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    CANECUR
    "5.60      CAN Empfangsbotschaften"

    /begin DEF_CHARACTERISTIC
      BUSOFFCTR BUSOFFTIME CSAIR CWCANECURA CWCANKBI CWCANLWS
      CW_CAN_C_0___A CW_CAN_C_1___A CW_CAN_C_2___A CW_CAN_C_3___A CW_CAN_R_0___A CW_CAN_R_1___A
      CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A
      CW_CAN_RA FWCBFT FWCSBK KFOELKBI TKMTIMERR T_KLIMADEADCTR
      T_KOM1CLDEAD T_NEGAT T_NEGE T_NOMAIR T_NOMAIRTA T_NOMASR
      T_NOMASRTA T_NOMBR2 T_NOMBR3 T_NOMBSG T_NOMEGS T_NOMGAT
      T_NOMKBI T_NOMKBI1 T_NOMKBI23 T_NOMKLA T_NOMLWS T_NOMTOG
      T_NOMZAS T_NOMZASTA T_NUBR2 T_NUBSG T_NUCINS1 T_NUCINS23
      T_NUKLA T_NULWS T_NUTOG ZCANAIR ZTOELKBI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWCAUVW CWCS_0_A CWCS_1_A CWFGRABED CW_CAN_S_0___A CW_CAN_S_1___A
      MDIMX MDNORM NOASR NSLBZFS2 NSLBZLL2
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfgrsbr bfgrs_w B_acc B_accen B_anlfr B_autget
      B_bl B_br B_dcy B_dknolu B_dkpu B_epcl
      B_fgr B_fgren B_fgrhsa B_fgrte B_fgrtse B_fs
      B_gracan B_gsala B_i_ska_fr B_kd B_kl15 B_kmtre
      B_koe B_kosrc B_kov B_kovkmtr B_kuppl B_kvakbi
      B_lfw B_ll B_llped B_mil B_mshlon B_msr
      B_nachl B_nlbzakt B_nlcan B_nldg B_nmin B_png
      B_pwf B_st B_stend B_tolcb B_vmax B_wdk2sel
      B_wuc cserk fcmEnd ffzdfp fgnsol kvakbi_w
      mdverl_w miautgetc miautgsc mifab_w mifa_w miges_w
      migs_w miist_w mimax_w mivbeb_w mivbeg_w mizwmn_w
      mrfamx_w mrfgr_w mrped_w nmot nmot_w nsol
      nstat S_bls S_brs tans tmot tnachl_w
      tnst_w toelk_w tolc tvluesic ub udkp1_w
      udkp2_w vfzg vregl_w vziel_w wpedv_w zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      aquerc bz_air bz_anh bz_bl bz_can bz_cang1
      bz_cange bz_tog B_aagnp B_aakupplc B_absdia B_absfgr
      B_adrbot B_aircan B_airnbot B_amsrbot B_anherk B_anhold
      B_aquerc B_asresp B_asr_can B_batnot B_bela B_bkva
      B_bkvvc B_blanhd B_blld B_blmd B_blrd B_br2bot
      B_br3bot B_bsgbot B_bsglue B_bus_off B_cankbi B_canlws
      B_cins1bot B_cins2bot B_cins3bot B_ckien B_csair B_csairio
      B_ctout B_cvtad_c B_ectal B_edsfgr B_epcden B_fabr
      B_fgrabz B_fku_c B_fstcanok B_gatbot B_ge1bot B_ge2bot
      B_geco_c B_gekoa_c B_genot_c B_ges_c B_grabot B_grahianz
      B_gsaf1_c B_gsch_c B_haubest B_hlacan B_ilmnp B_insver
      B_kl50 B_klabot B_kombi1_klima1 B_kooffc B_lhold B_lowra
      B_luesscb B_lwsbot B_lwser B_lwsok B_milfbg_c B_motaus_c
      B_msr_can B_neair B_neamsr B_nebr2 B_nebr3 B_nebsg
      B_necins1 B_necins2 B_necins3 B_negat B_nege B_nekla
      B_nelws B_netog B_nezas B_nlanbsg1 B_nlanbsg2 B_nlbzanf
      B_nlbzanf2 B_npcanswe B_nuair B_nuamsr B_nubr2 B_nubr3
      B_nubsg B_nucins2 B_nugat B_nuge B_nukla B_nutog
      B_nuzas B_renair B_renamsr B_renbsg B_rencins1 B_rengat
      B_renge1 B_renkla B_renlws B_rentog B_renzas B_sacc
      B_sacvt_c B_sfsc B_sh_act B_sh_mvw B_skoc B_sksc
      B_stesp B_swecan B_tabcan B_talcan B_talkbi B_terrbr1
      B_terrbr2 B_terrbr3 B_terrge B_terrkla B_tfstok B_tmkicb
      B_togbot B_togerr B_togmu B_togpu B_tumcb B_zasbot
      B_zask15 B_zask15v B_zges_c canbits1 can_nv_bits cs_air
      dlws_w fst1tog_w fst2tog_w fst3tog_w fst4tog_w gangauti_c
      gwhpos_c klah_c km01tr kmstand_l kmstand_w lws_w
      mdgbeg_c mdwange1_c miasrl_can miasrs_can migs_c mimsr_can
      mkllsc mkolsc nllcvt1_c nsywin_c nsyw_c oelkbic
      pkodrc statwk_c tabcan_w tfst tmkic togtime_w
      tsyn_c tumc tvluessc uefktge1_c vamsr_c vfzgkb_w
      vrad_hl_c vrad_hr_c vrad_vl_c vrad_vr_c vzgrac
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_busoffer B_sleepa kfoelkbi_nmot
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    CAN_DST
    ""

    /begin IN_MEASUREMENT
      B_ctout
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    COWIV
    "2.10      Wartungsintervallverlängerung"

    /begin DEF_CHARACTERISTIC
      CWCOWIV KFAQUERWIV KFKOROLSW KLOLFSTZ KLOLTBFWIV KLOLTWIV
      KOELV KTMGZYL KVAKBIMX NMOTMNWIV NMOTMXWIV PAFSTMNC
      POELOFFC POELTOLC PSMITC PTMAXC PTMINC PTOELWIV
      PWIVMNC PWIVMXC STEIGOLB TOELMNTUR TOELMNWIV TOELMXWIV
      TOELTUR TOLFSTDIS TOLFSTMN TOLFSTMX TOLFSTNVA ZAQUERWIV
      ZNMOTWIV ZTOELMAX ZTOELMIN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      aquer bz_tog B_aquer B_nubr2 B_nutog B_togerr
      B_togpu fst1tog_w fst2tog_w fst3tog_w fst4tog_w kvakbi_w
      nmot_w togtime_w toltm
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tolcb B_tolcbwiv B_tolfstc B_tverac B_wowarn B_wswarn
      tolc wdcan wfv_w woeldir woeloff woeltol
      wsmit wtmax wtmin wwertmin wwmax wwmin
      wzcan
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aeqkv_w aquerf_w B_aeqkvc B_fst1pl B_fst2pl B_fst3pl
      B_fst4pl B_newtog B_olfst1er B_olfst2er B_olfst3er B_olfst4er
      B_olfstc B_olfstdis B_olfstnva B_olfstok B_olfstpl B_olswarn
      B_tolfst B_tvera B_zolfst B_ztoelpl dolfst1_w dolfst2_w
      dolfst3_w dolfst4_w faquer faquerrd fsttog_w kvasumz_w
      kvasum_w mwolfstg_w mwolfsti_w mwolfst_w nmotfwiv_w olfst1_w
      olfst2_w olfst3_w olfst4_w sumdol_w sumolfst_w swolfst_w
      toeli toeltog toeltogk wivchka_w wivchkb_w xoel
      xoelv zkvaeq zmwolfsti zolfst zolfstdg zsdolfst
      zsdolfstc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    D2CTR
    "2.40      Diagnose; Ereigniscounter für Systembeobachtung"

    /begin DEF_CHARACTERISTIC
      DFPSLBIT
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      bbd2ctr B_syserr B_syserrk B_trip ctrerf1 ctrerfk1
      ctrrdy1 ctrsfp ctrzyf0 ctrzyf1
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DAKRE
    "2.10      Diagnose; Abgasklappe Endstufe"

    /begin IN_MEASUREMENT
      B_abkl B_desee
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DBKVP
    "1.80      Diagnose Bremskraftverstärker-Pumpe"

    /begin DEF_CHARACTERISTIC
      DPBKVP DPBKVPMN TDBBKVP TDDBKVP TNSTBKV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      FBKVP PBKVKRHY
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvp B_brems B_cdbkvp B_cddsbkv B_fabkv dpbkvukp_w
      pbkv_w psspbkv_w pubkv_w tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fdbkvp B_fpbkvmx B_zbkvtest
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dbkvpa B_rdbkvp B_rdbkvpps B_rtdbkvp dpbkvpa_w pbkvpaus_w
      pbkvpdf_w pbkvprd_w pbkvp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DBKVPE
    "1.10      Endstufendiagnose Bremskraftverstärker-Pumpe"

    /begin IN_MEASUREMENT
      B_bkvp B_desee
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      bkvpea_ctr bkvpena_ctr B_bkvpea B_bkvpena dbkvpelokbits
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DBUKSUE
    "1.30      Diagnose; Saugrohrumschaltung Endstufe"

    /begin DEF_CHARACTERISTIC
      TDBUKSUE UMNBUKSUE UMXBUKSUE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_ekp B_su udbuk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dbuken B_subuk
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DCDACC
    "2.10      Diagnose; Zugriff auf Testerdaten"

    /begin DEF_CHARACTERISTIC
      CWCDCUM
    /end DEF_CHARACTERISTIC

/end FUNCTION

/begin FUNCTION

    DCFFLR
    "1.10      Ausgabe Zustand Lambdaregelug für  Mode $01, Mode $02, Carb Freeze Frame"

    /begin DEF_CHARACTERISTIC
      CWDCFFLR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_elsuv B_eobdlr B_eobdlr2 B_lr B_lr2 B_pspwl
      B_sbblsu B_sbblsu2 B_tmlr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      flglrs flglrs2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lelsfbb B_lelsfbb2 B_lelshbb B_lelshbb2 B_lelsxbb B_lelsxbb2
      B_lelsxnb B_lelsxnb2 B_lrebwl B_lrebwl2 DCFFLRLokBits1 DCFFLRLokBits2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DCLA
    "7.10      OBDII; Klassentabelle"

    /begin DEF_CHARACTERISTIC
      CL30LINE CL31LINE CL32LINE CL33LINE CL34LINE CL35LINE
      CL36LINE CL37LINE CL38LINE CL39LINE CWFLC
    /end DEF_CHARACTERISTIC

/end FUNCTION

/begin FUNCTION

    DDCY
    "15.10     OBDII; Erfüllung Bedingung 'driving cycle'"

    /begin DEF_CHARACTERISTIC
      TWBDCY
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbdcy B_dcy dcycnt
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DDG
    "10.80     Diagnose Drehzahlgeber"

    /begin DEF_CHARACTERISTIC
      CORTINC CORTINIT CORTMX LBMINC LBMINIT LBMMX
      LBMSUB MXNLN NOBMINC NOBMINIT NOBMSTMX PGFLNL
      PGFLWA TMOTNLDG
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bmLosCtr_w B_bm B_fbm B_motstop B_nmin B_nophnldg
      B_pwf B_synnldg B_zprel nmotllfil nstat nsynnldg
      tmCorCtr_w tmot tpCorCtr_w vfzg_w wkw_w znbm_w
      zrph zrph2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nldg
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enabddg B_nlbm B_nlnobm B_nlnon B_nobmflr1 B_nobmflr2
      B_nocorflr B_setmnbm B_setmxbm B_setnpbm B_setsibm flgddg
      sbmcorm sbmcorp sbmlos_w snobm zkwnpbm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DDPL
    "9.20      Diagnose; Plausibilitätsprüfung Dauerversorgung (OBDII)"

    /begin IN_MEASUREMENT
      B_pwfCsErr
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DDVE
    "7.30      Diagnose: EGAS-Steller DV-E"

    /begin DEF_CHARACTERISTIC
      TPNSE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abgle B_dkaden B_dkp1e B_dkp1mn B_dkp1mx B_dkp1np
      B_dkp2e B_dkp2mn B_dkp2mx B_dkp2np B_dlrbe B_dlrpide
      B_dveese B_fproab B_fproe B_fprook B_fprordy B_fprovb
      B_fprrdy B_fprzab B_fprze B_fprzvb B_lrnakt B_lrnerf
      B_lrnrdy B_lrnvb B_lrnws B_nlpe B_nlperf B_nlpnew
      B_pwf B_stend B_umae B_umauab B_wdksive dveadchst
      fprstep_c lrnstep_c
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DDYLSU
    "5.90      Diagnose Dynamikverhalten der LSU"

    /begin DEF_CHARACTERISTIC
      CWDDYLSU DFRZAMIN DMRLSV DRLMXW DYNLSUFA DYNLSUMX
      DYNLSURD FTEDYLSUMX IVDYNLSU KDYNFA KDYNLSU LAMDYNO
      LAMDYNU NMOTDYFA NMOTDYNO NMOTDYNU RLDYNFAW RLDYNOW
      RLDYNUW TVDRL ZDYNFA ZDYNLSU ZLAMHP ZLAMLP
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cddylsu B_dsls B_fa B_fadylsu B_frmax B_frmax2
      B_frmin B_frmin2 B_helsuip B_helsuip2 B_mdarv B_pwf
      B_sbblsu B_sbblsu2 B_te B_vekat B_vekat2 B_za
      B_za2 dfrza2_w dfrzaf2_w dfrzaf_w dfrza_w dlahi2_w
      dlahi_w fteadf lamsoni2_w lamsoni_w nmot rl_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzdyn anzdyn2 B_clradlra B_drlmx B_dylsu B_dylsu2
      B_dylsuav B_dylsuav2 B_minflsu B_minflsu2 B_stcdyn B_stcdyn2
      B_valdyn B_valdyn2 dmrlsv_w dynlsu2_w dynlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzdyst anzdyst2 B_dylsuf B_ncdlsu B_ncdlsu2 B_redylsu
      B_redylsu2 B_spdiaga B_spdlsu B_spdlsu2 B_stcal B_stcal2
      fkdyn_w lamsam2_w lamsam_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DECJ
    "14.30     Diagnose; Endstufe CJ4x/9x"

    /begin DEF_CHARACTERISTIC
      CWBBDECJ
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_airbag B_dhrnio B_nmin B_ubrk B_ubrmax nmot
      ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bbdecj B_bbubr B_desee B_esdia
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DEGFE
    "6.60      Diagnose der Eingangsgrößen Füllungserfassung"

    /begin DEF_CHARACTERISTIC
      DFEMPOS DFEMPUS DFRAOS DFRAUS FEMPOS FEMPUS
      FRAOS FRAUS TDEGFEMN TDEGFEMX TDEGFENO TEGA
      TLADEGFE TVFKMSDK ZKGAFRANM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdegfe B_fedkb B_fkpvdk B_frao B_frau B_lra
      B_lra2 B_msndko B_pwf fkpvdkg_w fra2_w fra_w
      frm2_w frm_w pspvds_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehfmfe B_fempos B_fempus B_gaedegfe B_gafraos B_gafraus
      B_laedegfe B_tepvb B_zhfmfe DEGFEintbits degfe_bits1 dgafram_w
      dgafra_w fram_w frmm_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DEKON
    "Konfiguration der Endstufendiagnose"

    /begin DEF_CHARACTERISTIC
      ESKONF
    /end DEF_CHARACTERISTIC

/end FUNCTION

/begin FUNCTION

    DEKPE
    "11.70     Diagnose; Elektrokraftstoffpumpe Endstufe"

    /begin DEF_CHARACTERISTIC
      UBDEKPMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee ub
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tmpksub dekpe ekpfz ekppz rtmpks tmpksub
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DEPCLE
    "1.20      Diagnose EPCL-Endstufe"

    /begin IN_MEASUREMENT
      B_desee B_epcl
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DEVE
    "6.40      Diagnose; Einspritzventil - Endstufe"

    /begin IN_MEASUREMENT
      B_desee B_sa B_stend evz_austot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eev Z_ev
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFFT
    "1.90      Diagnose; Freeze Frame Auswahltabelle"

    /begin IN_MEASUREMENT
      egaspfad flglrs flglrs2 fr2_u fra2_u fra_u
      fr_u gangi mizsolv_u mizuvfil mi_duf mi_um
      ml mpfad nmot pu rinh2_u rinh_u
      rinlsu2_u rinlsu_u rl rml rstpfad skapfad
      tabgm tabgm2 tans tfst tkatm tkatm2
      tmew tmot tmotlin tmot_u tmrw tumg
      ub udkp1_u udkp2_u upwg1_u upwg2d_u upwg2_u
      ushk ushk2 vfzg_u wdkba wdks wped
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFFTCNV
    "3.70      Diagnose; Freeze Frame Tabelle, Konvertierung zu Bytes"

    /begin REF_CHARACTERISTIC
      NMAX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fr2_w fra2_w fra_w fr_w mizsolv_w nmot_w
      rinh2_w rinh_w rinlsu2_w rinlsu_w rlugd_w rl_w
      tmotlin udkp1_w udkp2_w upwg1_w upwg2d_w upwg2_w
      vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fr2_u fra2_u fra_u fr_u mizsolv_u rinh2_u
      rinh_u rinlsu2_u rinlsu_u rl_u tmot_u udkp1_u
      udkp2_u upwg1_u upwg2d_u upwg2_u vfzg_u
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFFTK
    "9.10      Diagnose; Kundenspezifische Auswahlliste für Freeze Frame-Werte"


/end FUNCTION

/begin FUNCTION

    DFLP
    "1.20      Diagnose Flash-Programmierung"

    /begin OUT_MEASUREMENT
      B_flpincon
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      stateflp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM
    "3.50      OBDII; Fehlerpfadmanager"

    /begin REF_CHARACTERISTIC
      CWFLC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbwuc B_pwf egaspfad mi_duf mpfad nmot
      rstpfad skapfad tans tmot tmotlin top_w
      ushk ushk2 usvk usvk2 vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbno bbsp3 bbtim B_no B_sp3 B_tim
      dfcmFcm dfcmNo dfcmSfp dfpmEpclState dfpmMilState dfp_ap
      fcmcla_00_A fcmcla_01_A fcmcla_02_A fcmcla_03_A fcmcla_04_A fcmcla_05_A
      fcmcla_06_A fcmcla_07_A fcmcla_08_A fcmcla_09_A fcmcla_10_A fcmcla_11_A
      fcmcla_12_A fcmcla_13_A fcmcla_14_A fcmcla_15_A fcmcla_16_A fcmcla_17_A
      fcmcla_18_A fcmcla_19_A fcmdfp_00_A fcmdfp_01_A fcmdfp_02_A fcmdfp_03_A
      fcmdfp_04_A fcmdfp_05_A fcmdfp_06_A fcmdfp_07_A fcmdfp_08_A fcmdfp_09_A
      fcmdfp_10_A fcmdfp_11_A fcmdfp_12_A fcmdfp_13_A fcmdfp_14_A fcmdfp_15_A
      fcmdfp_16_A fcmdfp_17_A fcmdfp_18_A fcmdfp_19_A fcmdlc_00_A fcmdlc_01_A
      fcmdlc_02_A fcmdlc_03_A fcmdlc_04_A fcmdlc_05_A fcmdlc_06_A fcmdlc_07_A
      fcmdlc_08_A fcmdlc_09_A fcmdlc_10_A fcmdlc_11_A fcmdlc_12_A fcmdlc_13_A
      fcmdlc_14_A fcmdlc_15_A fcmdlc_16_A fcmdlc_17_A fcmdlc_18_A fcmdlc_19_A
      fcmEnd fcmfes_00_A fcmfes_01_A fcmfes_02_A fcmfes_03_A fcmfes_04_A
      fcmfes_05_A fcmfes_06_A fcmfes_07_A fcmfes_08_A fcmfes_09_A fcmfes_10_A
      fcmfes_11_A fcmfes_12_A fcmfes_13_A fcmfes_14_A fcmfes_15_A fcmfes_16_A
      fcmfes_17_A fcmfes_18_A fcmfes_19_A fcmflc_00_A fcmflc_01_A fcmflc_02_A
      fcmflc_03_A fcmflc_04_A fcmflc_05_A fcmflc_06_A fcmflc_07_A fcmflc_08_A
      fcmflc_09_A fcmflc_10_A fcmflc_11_A fcmflc_12_A fcmflc_13_A fcmflc_14_A
      fcmflc_15_A fcmflc_16_A fcmflc_17_A fcmflc_18_A fcmflc_19_A fcmfps_00_A
      fcmfps_01_A fcmfps_02_A fcmfps_03_A fcmfps_04_A fcmfps_05_A fcmfps_06_A
      fcmfps_07_A fcmfps_08_A fcmfps_09_A fcmfps_10_A fcmfps_11_A fcmfps_12_A
      fcmfps_13_A fcmfps_14_A fcmfps_15_A fcmfps_16_A fcmfps_17_A fcmfps_18_A
      fcmfps_19_A fcmfrz0_00_A fcmfrz0_01_A fcmfrz0_02_A fcmfrz0_03_A fcmfrz0_04_A
      fcmfrz0_05_A fcmfrz0_06_A fcmfrz0_07_A fcmfrz0_08_A fcmfrz0_09_A fcmfrz0_10_A
      fcmfrz0_11_A fcmfrz0_12_A fcmfrz0_13_A fcmfrz0_14_A fcmfrz0_15_A fcmfrz0_16_A
      fcmfrz0_17_A fcmfrz0_18_A fcmfrz0_19_A fcmfrz1_00_A fcmfrz1_01_A fcmfrz1_02_A
      fcmfrz1_03_A fcmfrz1_04_A fcmfrz1_05_A fcmfrz1_06_A fcmfrz1_07_A fcmfrz1_08_A
      fcmfrz1_09_A fcmfrz1_10_A fcmfrz1_11_A fcmfrz1_12_A fcmfrz1_13_A fcmfrz1_14_A
      fcmfrz1_15_A fcmfrz1_16_A fcmfrz1_17_A fcmfrz1_18_A fcmfrz1_19_A fcmfrz10_00_A
      fcmfrz10_01_A fcmfrz10_02_A fcmfrz10_03_A fcmfrz10_04_A fcmfrz10_05_A fcmfrz10_06_A
      fcmfrz10_07_A fcmfrz10_08_A fcmfrz10_09_A fcmfrz10_10_A fcmfrz10_11_A fcmfrz10_12_A
      fcmfrz10_13_A fcmfrz10_14_A fcmfrz10_15_A fcmfrz10_16_A fcmfrz10_17_A fcmfrz10_18_A
      fcmfrz10_19_A fcmfrz2_00_A fcmfrz2_01_A fcmfrz2_02_A fcmfrz2_03_A fcmfrz2_04_A
      fcmfrz2_05_A fcmfrz2_06_A fcmfrz2_07_A fcmfrz2_08_A fcmfrz2_09_A fcmfrz2_10_A
      fcmfrz2_11_A fcmfrz2_12_A fcmfrz2_13_A fcmfrz2_14_A fcmfrz2_15_A fcmfrz2_16_A
      fcmfrz2_17_A fcmfrz2_18_A fcmfrz2_19_A fcmfrz3_00_A fcmfrz3_01_A fcmfrz3_02_A
      fcmfrz3_03_A fcmfrz3_04_A fcmfrz3_05_A fcmfrz3_06_A fcmfrz3_07_A fcmfrz3_08_A
      fcmfrz3_09_A fcmfrz3_10_A fcmfrz3_11_A fcmfrz3_12_A fcmfrz3_13_A fcmfrz3_14_A
      fcmfrz3_15_A fcmfrz3_16_A fcmfrz3_17_A fcmfrz3_18_A fcmfrz3_19_A fcmfrz4_00_A
      fcmfrz4_01_A fcmfrz4_02_A fcmfrz4_03_A fcmfrz4_04_A fcmfrz4_05_A fcmfrz4_06_A
      fcmfrz4_07_A fcmfrz4_08_A fcmfrz4_09_A fcmfrz4_10_A fcmfrz4_11_A fcmfrz4_12_A
      fcmfrz4_13_A fcmfrz4_14_A fcmfrz4_15_A fcmfrz4_16_A fcmfrz4_17_A fcmfrz4_18_A
      fcmfrz4_19_A fcmfrz5_00_A fcmfrz5_01_A fcmfrz5_02_A fcmfrz5_03_A fcmfrz5_04_A
      fcmfrz5_05_A fcmfrz5_06_A fcmfrz5_07_A fcmfrz5_08_A fcmfrz5_09_A fcmfrz5_10_A
      fcmfrz5_11_A fcmfrz5_12_A fcmfrz5_13_A fcmfrz5_14_A fcmfrz5_15_A fcmfrz5_16_A
      fcmfrz5_17_A fcmfrz5_18_A fcmfrz5_19_A fcmfrz6_00_A fcmfrz6_01_A fcmfrz6_02_A
      fcmfrz6_03_A fcmfrz6_04_A fcmfrz6_05_A fcmfrz6_06_A fcmfrz6_07_A fcmfrz6_08_A
      fcmfrz6_09_A fcmfrz6_10_A fcmfrz6_11_A fcmfrz6_12_A fcmfrz6_13_A fcmfrz6_14_A
      fcmfrz6_15_A fcmfrz6_16_A fcmfrz6_17_A fcmfrz6_18_A fcmfrz6_19_A fcmfrz7_00_A
      fcmfrz7_01_A fcmfrz7_02_A fcmfrz7_03_A fcmfrz7_04_A fcmfrz7_05_A fcmfrz7_06_A
      fcmfrz7_07_A fcmfrz7_08_A fcmfrz7_09_A fcmfrz7_10_A fcmfrz7_11_A fcmfrz7_12_A
      fcmfrz7_13_A fcmfrz7_14_A fcmfrz7_15_A fcmfrz7_16_A fcmfrz7_17_A fcmfrz7_18_A
      fcmfrz7_19_A fcmfrz8_00_A fcmfrz8_01_A fcmfrz8_02_A fcmfrz8_03_A fcmfrz8_04_A
      fcmfrz8_05_A fcmfrz8_06_A fcmfrz8_07_A fcmfrz8_08_A fcmfrz8_09_A fcmfrz8_10_A
      fcmfrz8_11_A fcmfrz8_12_A fcmfrz8_13_A fcmfrz8_14_A fcmfrz8_15_A fcmfrz8_16_A
      fcmfrz8_17_A fcmfrz8_18_A fcmfrz8_19_A fcmfrz9_00_A fcmfrz9_01_A fcmfrz9_02_A
      fcmfrz9_03_A fcmfrz9_04_A fcmfrz9_05_A fcmfrz9_06_A fcmfrz9_07_A fcmfrz9_08_A
      fcmfrz9_09_A fcmfrz9_10_A fcmfrz9_11_A fcmfrz9_12_A fcmfrz9_13_A fcmfrz9_14_A
      fcmfrz9_15_A fcmfrz9_16_A fcmfrz9_17_A fcmfrz9_18_A fcmfrz9_19_A fcmhlc_00_A
      fcmhlc_01_A fcmhlc_02_A fcmhlc_03_A fcmhlc_04_A fcmhlc_05_A fcmhlc_06_A
      fcmhlc_07_A fcmhlc_08_A fcmhlc_09_A fcmhlc_10_A fcmhlc_11_A fcmhlc_12_A
      fcmhlc_13_A fcmhlc_14_A fcmhlc_15_A fcmhlc_16_A fcmhlc_17_A fcmhlc_18_A
      fcmhlc_19_A fcmhz_00_A fcmhz_01_A fcmhz_02_A fcmhz_03_A fcmhz_04_A
      fcmhz_05_A fcmhz_06_A fcmhz_07_A fcmhz_08_A fcmhz_09_A fcmhz_10_A
      fcmhz_11_A fcmhz_12_A fcmhz_13_A fcmhz_14_A fcmhz_15_A fcmhz_16_A
      fcmhz_17_A fcmhz_18_A fcmhz_19_A FCMTab fcmtsf_00_A fcmtsf_01_A
      fcmtsf_02_A fcmtsf_03_A fcmtsf_04_A fcmtsf_05_A fcmtsf_06_A fcmtsf_07_A
      fcmtsf_08_A fcmtsf_09_A fcmtsf_10_A fcmtsf_11_A fcmtsf_12_A fcmtsf_13_A
      fcmtsf_14_A fcmtsf_15_A fcmtsf_16_A fcmtsf_17_A fcmtsf_18_A fcmtsf_19_A
      fcmtyp_00_A fcmtyp_01_A fcmtyp_02_A fcmtyp_03_A fcmtyp_04_A fcmtyp_05_A
      fcmtyp_06_A fcmtyp_07_A fcmtyp_08_A fcmtyp_09_A fcmtyp_10_A fcmtyp_11_A
      fcmtyp_12_A fcmtyp_13_A fcmtyp_14_A fcmtyp_15_A fcmtyp_16_A fcmtyp_17_A
      fcmtyp_18_A fcmtyp_19_A
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPMEEP
    "3.50      Diagnose; Fehlerpfadmanager, EEPROM-Speicherung"

    /begin REF_CHARACTERISTIC
      CWFLC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf dfcmNo fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPMNL
    "2.20      Diagnose Fehlerpfadmanagement im Nachlauf"

    /begin REF_CHARACTERISTIC
      CWFLC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nlobd fcmEnd
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPMOVF
    "2.10      Diagnose Fehlerpfadmanagement, Memory Overflow"

    /begin REF_CHARACTERISTIC
      CWFLC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fcmEnd
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPMPWF
    "1.10      Diagnose Fehlerpfadmanagement; Erkennung Powerfail"

    /begin IN_MEASUREMENT
      fcmEnd
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_BGELSV
    ""

    /begin DEF_CHARACTERISTIC
      CDCLSV CDCLSV2 CDKLSV CDKLSV2 CDTLSV CDTLSV2
      CLALSV CLALSV2 FFTLSV FFTLSV2 TSFLSV TSFLSV2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belsv B_belsv2 B_bklsv B_bklsv2 B_cllsv B_cllsv2
      B_ftlsv B_ftlsv2 B_mnlsv B_mnlsv2 B_mxlsv B_mxlsv2
      B_nplsv B_nplsv2 B_silsv B_silsv2 E_lsv E_lsv2
      sfplsv sfplsv2 TYP_lsv TYP_lsv2 Z_lsv Z_lsv2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_BGRBS
    ""

    /begin DEF_CHARACTERISTIC
      CDCSWE CDKSWE CDTSWE CLASWE FFTSWE TSFSWE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beswe B_bkswe B_clswe B_ftswe B_mnswe B_mxswe
      B_npswe B_siswe E_swe sfpswe TYP_swe Z_swe
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_BGTOL
    ""

    /begin DEF_CHARACTERISTIC
      CDCTOL CDKTOL CDTTOL CLATOL FFTTOL TSFTOL
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avtol B_betol B_bktol B_cltol B_fttol B_mntol
      B_mxtol B_nptol B_pytol B_sctol B_sitol E_tol
      sfptol TYP_tol Z_tol
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_BGTUMG
    ""

    /begin DEF_CHARACTERISTIC
      CDCTUM CDKTUM CDTTUM CLATUM FFTTUM TSFTUM
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_betum B_bktum B_cltum B_fttum B_mntum B_mxtum
      B_nptum B_situm E_tum sfptum TYP_tum Z_tum
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CAIR
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAIR CDKCAIR CDTCAIR CLACAIR FFTCAIR TSFCAIR
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcair B_becair B_bkcair B_clcair B_ftcair B_mncair
      B_mxcair B_npcair B_pycair B_sccair B_sicair E_cair
      sfpcair TYP_cair Z_cair
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CALL
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_CAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAS CDKCAS CDTCAS CLACAS FFTCAS TSFCAS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcas B_becas B_bkcas B_clcas B_ftcas B_mncas
      B_mxcas B_npcas B_pycas B_sccas B_sicas E_cas
      sfpcas TYP_cas Z_cas
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CAT
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAT CDKCAT CDTCAT CLACAT FFTCAT TSFCAT
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcat B_becat B_bkcat B_clcat B_ftcat B_mncat
      B_mxcat B_npcat B_pycat B_sccat B_sicat E_cat
      sfpcat TYP_cat Z_cat
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CBEM
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_CBR2
    ""

    /begin DEF_CHARACTERISTIC
      CDCCBR2 CDKCBR2 CDTCBR2 CLACBR2 FFTCBR2 TSFCBR2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcbr2 B_becbr2 B_bkcbr2 B_clcbr2 B_ftcbr2 B_mncbr2
      B_mxcbr2 B_npcbr2 B_pycbr2 B_sccbr2 B_sicbr2 E_cbr2
      sfpcbr2 TYP_cbr2 Z_cbr2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CBR8
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_CBSG
    ""

    /begin DEF_CHARACTERISTIC
      CDCCBSG CDKCBSG CDTCBSG CLACBSG FFTCBSG TSFCBSG
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcbsg B_becbsg B_bkcbsg B_clcbsg B_ftcbsg B_mncbsg
      B_mxcbsg B_npcbsg B_pycbsg B_sccbsg B_sicbsg E_cbsg
      sfpcbsg TYP_cbsg Z_cbsg
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CDIA1
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_CGAT
    ""

    /begin DEF_CHARACTERISTIC
      CDCCGAT CDKCGAT CDTCGAT CLACGAT FFTCGAT TSFCGAT
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcgat B_becgat B_bkcgat B_clcgat B_ftcgat B_mncgat
      B_mxcgat B_npcgat B_pycgat B_sccgat B_sicgat E_cgat
      sfpcgat TYP_cgat Z_cgat
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CGRA
    ""

    /begin DEF_CHARACTERISTIC
      CDCCGRA CDKCGRA CDTCGRA CLACGRA FFTCGRA TSFCGRA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcgra B_becgra B_bkcgra B_clcgra B_ftcgra B_mncgra
      B_mxcgra B_npcgra B_pycgra B_sccgra B_sicgra E_cgra
      sfpcgra TYP_cgra Z_cgra
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CIF
    ""

    /begin DEF_CHARACTERISTIC
      CDCCIF CDKCIF CDTCIF CLACIF FFTCIF TSFCIF
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcif B_becif B_bkcif B_clcif B_ftcif B_mncif
      B_mxcif B_npcif B_pycif B_sccif B_sicif E_cif
      sfpcif TYP_cif Z_cif
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CINS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCINS CDKCINS CDTCINS CLACINS FFTCINS TSFCINS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avcins B_becins B_bkcins B_clcins B_ftcins B_mncins
      B_mxcins B_npcins B_pycins B_sccins B_sicins E_cins
      sfpcins TYP_cins Z_cins
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CKLA
    ""

    /begin DEF_CHARACTERISTIC
      CDCCKLA CDKCKLA CDTCKLA CLACKLA FFTCKLA TSFCKLA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avckla B_beckla B_bkckla B_clckla B_ftckla B_mnckla
      B_mxckla B_npckla B_pyckla B_scckla B_sickla E_ckla
      sfpckla TYP_ckla Z_ckla
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CLWS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCLWS CDKCLWS CDTCLWS CLACLWS FFTCLWS TSFCLWS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avclws B_beclws B_bkclws B_clclws B_ftclws B_mnclws
      B_mxclws B_npclws B_pyclws B_scclws B_siclws E_clws
      sfpclws TYP_clws Z_clws
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CNIV
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_CTOG
    ""

    /begin DEF_CHARACTERISTIC
      CDCCTOG CDKCTOG CDTCTOG CLACTOG FFTCTOG TSFCTOG
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avctog B_bectog B_bkctog B_clctog B_ftctog B_mnctog
      B_mxctog B_npctog B_pyctog B_scctog B_sictog E_ctog
      sfpctog TYP_ctog Z_ctog
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_CZAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCZAS CDKCZAS CDTCZAS CLACZAS FFTCZAS TSFCZAS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avczas B_beczas B_bkczas B_clczas B_ftczas B_mnczas
      B_mxczas B_npczas B_pyczas B_scczas B_siczas E_czas
      sfpczas TYP_czas Z_czas
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DANWS
    ""

    /begin DEF_CHARACTERISTIC
      CDCANWS CDKANWS CDTANWS CLAANWS FFTANWS TSFANWS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beanws B_bkanws B_clanws B_ftanws B_mnanws B_mxanws
      B_npanws B_sianws E_anws sfpanws TYP_anws Z_anws
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DAT
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_DBKVP
    ""

    /begin DEF_CHARACTERISTIC
      CDCBKVP CDKBKVP CDTBKVP CLABKVP FFTBKVP TSFBKVP
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bebkvp B_bkbkvp B_clbkvp B_ftbkvp B_mnbkvp B_mxbkvp
      B_npbkvp B_sibkvp E_bkvp sfpbkvp TYP_bkvp Z_bkvp
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DDG
    ""

    /begin DEF_CHARACTERISTIC
      CDCBM CDCN CDKBM CDKN CDTBM CDTN
      CLABM CLAN FFTBM FFTN TSFBM TSFN
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bebm B_ben B_bkbm B_bkn B_clbm B_cln
      B_ftbm B_ftn B_mnbm B_mnn B_mxbm B_mxn
      B_npbm B_npn B_sibm B_sin E_bm E_n
      sfpbm sfpn TYP_bm TYP_n Z_bm Z_n
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DDVE
    ""

    /begin DEF_CHARACTERISTIC
      CDCDK CDCDK1P CDCDK2P CDCDVEE CDCDVEF CDCDVEFO
      CDCDVEL CDCDVEN CDCDVER CDCDVET CDCDVEU CDCDVEUB
      CDCDVEUW CDCDVEV CDKDK CDKDK1P CDKDK2P CDKDVEE
      CDKDVEF CDKDVEFO CDKDVEL CDKDVEN CDKDVER CDKDVET
      CDKDVEU CDKDVEUB CDKDVEUW CDKDVEV CDTDK CDTDK1P
      CDTDK2P CDTDVEE CDTDVEF CDTDVEFO CDTDVEL CDTDVEN
      CDTDVER CDTDVET CDTDVEU CDTDVEUB CDTDVEUW CDTDVEV
      CLADK CLADK1P CLADK2P CLADVEE CLADVEF CLADVEFO
      CLADVEL CLADVEN CLADVER CLADVET CLADVEU CLADVEUB
      CLADVEUW CLADVEV FFTDK FFTDK1P FFTDK2P FFTDVEE
      FFTDVEF FFTDVEFO FFTDVEL FFTDVEN FFTDVER FFTDVET
      FFTDVEU FFTDVEUB FFTDVEUW FFTDVEV TSFDK TSFDK1P
      TSFDK2P TSFDVEE TSFDVEF TSFDVEFO TSFDVEL TSFDVEN
      TSFDVER TSFDVET TSFDVEU TSFDVEUB TSFDVEUW TSFDVEV
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bedk B_bedk1p B_bedk2p B_bedvee B_bedvef B_bedvefo
      B_bedvel B_bedven B_bedver B_bedvet B_bedveu B_bedveub
      B_bedveuw B_bedvev B_bkdk B_bkdk1p B_bkdk2p B_bkdvee
      B_bkdvef B_bkdvefo B_bkdvel B_bkdven B_bkdver B_bkdvet
      B_bkdveu B_bkdveub B_bkdveuw B_bkdvev B_cldk B_cldk1p
      B_cldk2p B_cldvee B_cldvef B_cldvefo B_cldvel B_cldven
      B_cldver B_cldvet B_cldveu B_cldveub B_cldveuw B_cldvev
      B_ftdk B_ftdk1p B_ftdk2p B_ftdvee B_ftdvef B_ftdvefo
      B_ftdvel B_ftdven B_ftdver B_ftdvet B_ftdveu B_ftdveub
      B_ftdveuw B_ftdvev B_mndk B_mndk1p B_mndk2p B_mndvee
      B_mndvef B_mndvefo B_mndvel B_mndven B_mndver B_mndvet
      B_mndveu B_mndveub B_mndveuw B_mndvev B_mxdk B_mxdk1p
      B_mxdk2p B_mxdvee B_mxdvef B_mxdvefo B_mxdvel B_mxdven
      B_mxdver B_mxdvet B_mxdveu B_mxdveub B_mxdveuw B_mxdvev
      B_npdk B_npdk1p B_npdk2p B_npdvee B_npdvef B_npdvefo
      B_npdvel B_npdven B_npdver B_npdvet B_npdveu B_npdveub
      B_npdveuw B_npdvev B_sidk B_sidk1p B_sidk2p B_sidvee
      B_sidvef B_sidvefo B_sidvel B_sidven B_sidver B_sidvet
      B_sidveu B_sidveub B_sidveuw B_sidvev E_dk E_dk1p
      E_dk2p E_dvee E_dvef E_dvefo E_dvel E_dven
      E_dver E_dvet E_dveu E_dveub E_dveuw E_dvev
      sfpdk sfpdk1p sfpdk2p sfpdvee sfpdvef sfpdvefo
      sfpdvel sfpdven sfpdver sfpdvet sfpdveu sfpdveub
      sfpdveuw sfpdvev TYP_dk TYP_dk1p TYP_dk2p TYP_dvee
      TYP_dvef TYP_dvefo TYP_dvel TYP_dven TYP_dver TYP_dvet
      TYP_dveu TYP_dveub TYP_dveuw TYP_dvev Z_dk Z_dk1p
      Z_dk2p Z_dvee Z_dvef Z_dvefo Z_dvel Z_dven
      Z_dver Z_dvet Z_dveu Z_dveub Z_dveuw Z_dvev
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DDYLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCDYLSU CDCDYLSU2 CDKDYLSU CDKDYLSU2 CDTDYLSU CDTDYLSU2
      CLADYLSU CLADYLSU2 FFTDYLSU FFTDYLSU2 TSFDYLSU TSFDYLSU2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bedylsu B_bedylsu2 B_bkdylsu B_bkdylsu2 B_cldylsu B_cldylsu2
      B_ftdylsu B_ftdylsu2 B_mndylsu B_mndylsu2 B_mxdylsu B_mxdylsu2
      B_npdylsu B_npdylsu2 B_sidylsu B_sidylsu2 E_dylsu E_dylsu2
      sfpdylsu sfpdylsu2 TYP_dylsu TYP_dylsu2 Z_dylsu Z_dylsu2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DEGFE
    ""

    /begin DEF_CHARACTERISTIC
      CDCEGFE CDKEGFE CDTEGFE CLAEGFE FFTEGFE TSFEGFE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beegfe B_bkegfe B_clegfe B_ftegfe B_mnegfe B_mxegfe
      B_npegfe E_egfe sfpegfe TYP_egfe Z_egfe
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DEKON
    ""

    /begin DEF_CHARACTERISTIC
      CDCAKRE CDCANWSE CDCBKVPE CDCENWSE CDCEPCLE CDCEV1
      CDCEV2 CDCEV3 CDCEV4 CDCEV5 CDCEV6 CDCHSHE
      CDCHSHE2 CDCKPE CDCLDPE CDCLUES1E CDCSLPE CDCSLVE
      CDCSUE CDCTEVE CDCZET1 CDCZET2 CDCZET3 CDCZET4
      CDCZET5 CDCZET6 CDCZWPE CDKAKRE CDKANWSE CDKBKVPE
      CDKENWSE CDKEPCLE CDKEV1 CDKEV2 CDKEV3 CDKEV4
      CDKEV5 CDKEV6 CDKHSHE CDKHSHE2 CDKKPE CDKLDPE
      CDKLUES1E CDKSLPE CDKSLVE CDKSUE CDKTEVE CDKZET1
      CDKZET2 CDKZET3 CDKZET4 CDKZET5 CDKZET6 CDKZWPE
      CDTAKRE CDTANWSE CDTBKVPE CDTENWSE CDTEPCLE CDTEV1
      CDTEV2 CDTEV3 CDTEV4 CDTEV5 CDTEV6 CDTHSHE
      CDTHSHE2 CDTKPE CDTLDPE CDTLUES1E CDTSLPE CDTSLVE
      CDTSUE CDTTEVE CDTZET1 CDTZET2 CDTZET3 CDTZET4
      CDTZET5 CDTZET6 CDTZWPE CLAAKRE CLAANWSE CLABKVPE
      CLAENWSE CLAEPCLE CLAEV1 CLAEV2 CLAEV3 CLAEV4
      CLAEV5 CLAEV6 CLAHSHE CLAHSHE2 CLAKPE CLALDPE
      CLALUES1E CLASLPE CLASLVE CLASUE CLATEVE CLAZET1
      CLAZET2 CLAZET3 CLAZET4 CLAZET5 CLAZET6 CLAZWPE
      FFTAKRE FFTANWSE FFTBKVPE FFTENWSE FFTEPCLE FFTEV1
      FFTEV2 FFTEV3 FFTEV4 FFTEV5 FFTEV6 FFTHSHE
      FFTHSHE2 FFTKPE FFTLDPE FFTLUES1E FFTSLPE FFTSLVE
      FFTSUE FFTTEVE FFTZET1 FFTZET2 FFTZET3 FFTZET4
      FFTZET5 FFTZET6 FFTZWPE TSFAKRE TSFANWSE TSFBKVPE
      TSFENWSE TSFEPCLE TSFEV1 TSFEV2 TSFEV3 TSFEV4
      TSFEV5 TSFEV6 TSFHSHE TSFHSHE2 TSFKPE TSFLDPE
      TSFLUES1E TSFSLPE TSFSLVE TSFSUE TSFTEVE TSFZET1
      TSFZET2 TSFZET3 TSFZET4 TSFZET5 TSFZET6 TSFZWPE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beakre B_beanwse B_bebkvpe B_beenwse B_beepcle B_beev1
      B_beev2 B_beev3 B_beev4 B_beev5 B_beev6 B_behshe
      B_behshe2 B_bekpe B_beldpe B_belues1e B_beslpe B_beslve
      B_besue B_beteve B_bezet1 B_bezet2 B_bezet3 B_bezet4
      B_bezet5 B_bezet6 B_bezwpe B_bkakre B_bkanwse B_bkbkvpe
      B_bkenwse B_bkepcle B_bkev1 B_bkev2 B_bkev3 B_bkev4
      B_bkev5 B_bkev6 B_bkhshe B_bkhshe2 B_bkkpe B_bkldpe
      B_bklues1e B_bkslpe B_bkslve B_bksue B_bkteve B_bkzet1
      B_bkzet2 B_bkzet3 B_bkzet4 B_bkzet5 B_bkzet6 B_bkzwpe
      B_clakre B_clanwse B_clbkvpe B_clenwse B_clepcle B_clev1
      B_clev2 B_clev3 B_clev4 B_clev5 B_clev6 B_clhshe
      B_clhshe2 B_clkpe B_clldpe B_cllues1e B_clslpe B_clslve
      B_clsue B_clteve B_clzet1 B_clzet2 B_clzet3 B_clzet4
      B_clzet5 B_clzet6 B_clzwpe B_ftakre B_ftanwse B_ftbkvpe
      B_ftenwse B_ftepcle B_ftev1 B_ftev2 B_ftev3 B_ftev4
      B_ftev5 B_ftev6 B_fthshe B_fthshe2 B_ftkpe B_ftldpe
      B_ftlues1e B_ftslpe B_ftslve B_ftsue B_ftteve B_ftzet1
      B_ftzet2 B_ftzet3 B_ftzet4 B_ftzet5 B_ftzet6 B_ftzwpe
      B_mnakre B_mnanwse B_mnbkvpe B_mnenwse B_mnepcle B_mnev1
      B_mnev2 B_mnev3 B_mnev4 B_mnev5 B_mnev6 B_mnhshe
      B_mnhshe2 B_mnkpe B_mnldpe B_mnlues1e B_mnslpe B_mnslve
      B_mnsue B_mnteve B_mnzet1 B_mnzet2 B_mnzet3 B_mnzet4
      B_mnzet5 B_mnzet6 B_mnzwpe B_mxakre B_mxanwse B_mxbkvpe
      B_mxenwse B_mxepcle B_mxev1 B_mxev2 B_mxev3 B_mxev4
      B_mxev5 B_mxev6 B_mxhshe B_mxhshe2 B_mxkpe B_mxldpe
      B_mxlues1e B_mxslpe B_mxslve B_mxsue B_mxteve B_mxzet1
      B_mxzet2 B_mxzet3 B_mxzet4 B_mxzet5 B_mxzet6 B_mxzwpe
      B_npakre B_npanwse B_npbkvpe B_npenwse B_npepcle B_npev1
      B_npev2 B_npev3 B_npev4 B_npev5 B_npev6 B_nphshe
      B_nphshe2 B_npkpe B_npldpe B_nplues1e B_npslpe B_npslve
      B_npsue B_npteve B_npzet1 B_npzet2 B_npzet3 B_npzet4
      B_npzet5 B_npzet6 B_npzwpe B_siakre B_sianwse B_sibkvpe
      B_sienwse B_siepcle B_siev1 B_siev2 B_siev3 B_siev4
      B_siev5 B_siev6 B_sihshe B_sihshe2 B_sikpe B_sildpe
      B_silues1e B_sislpe B_sislve B_sisue B_siteve B_sizet1
      B_sizet2 B_sizet3 B_sizet4 B_sizet5 B_sizet6 B_sizwpe
      E_akre E_anwse E_bkvpe E_enwse E_epcle E_ev1
      E_ev2 E_ev3 E_ev4 E_ev5 E_ev6 E_hshe
      E_hshe2 E_kpe E_ldpe E_lues1e E_slpe E_slve
      E_sue E_teve E_zet1 E_zet2 E_zet3 E_zet4
      E_zet5 E_zet6 E_zwpe sfpakre sfpanwse sfpbkvpe
      sfpenwse sfpepcle sfpev1 sfpev2 sfpev3 sfpev4
      sfpev5 sfpev6 sfphshe sfphshe2 sfpkpe sfpldpe
      sfplues1e sfpslpe sfpslve sfpsue sfpteve sfpzet1
      sfpzet2 sfpzet3 sfpzet4 sfpzet5 sfpzet6 sfpzwpe
      TYP_akre TYP_anwse TYP_bkvpe TYP_enwse TYP_epcle TYP_ev1
      TYP_ev2 TYP_ev3 TYP_ev4 TYP_ev5 TYP_ev6 TYP_hshe
      TYP_hshe2 TYP_kpe TYP_ldpe TYP_lues1e TYP_slpe TYP_slve
      TYP_sue TYP_teve TYP_zet1 TYP_zet2 TYP_zet3 TYP_zet4
      TYP_zet5 TYP_zet6 TYP_zwpe Z_akre Z_anwse Z_bkvpe
      Z_enwse Z_epcle Z_ev1 Z_ev2 Z_ev3 Z_ev4
      Z_ev5 Z_ev6 Z_hshe Z_hshe2 Z_kpe Z_ldpe
      Z_lues1e Z_slpe Z_slve Z_sue Z_teve Z_zet1
      Z_zet2 Z_zet3 Z_zet4 Z_zet5 Z_zet6 Z_zwpe
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DENWS
    ""

    /begin DEF_CHARACTERISTIC
      CDCENWS CDKENWS CDTENWS CLAENWS FFTENWS TSFENWS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beenws B_bkenws B_clenws B_ftenws B_mnenws B_mxenws
      B_npenws B_sienws E_enws sfpenws TYP_enws Z_enws
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DFPM
    ""

    /begin DEF_CHARACTERISTIC
      CDCAAA CDCZZZ CDKAAA CDKZZZ CDTAAA CDTZZZ
      CLAAAA CLAZZZ FFTAAA FFTZZZ TSFAAA TSFZZZ
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      E_aaa sfpaaa sfpzzz Z_aaa
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DHELSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCHELSU CDCHELSU2 CDKHELSU CDKHELSU2 CDTHELSU CDTHELSU2
      CLAHELSU CLAHELSU2 FFTHELSU FFTHELSU2 TSFHELSU TSFHELSU2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_behelsu B_behelsu2 B_bkhelsu B_bkhelsu2 B_clhelsu B_clhelsu2
      B_fthelsu B_fthelsu2 B_mnhelsu B_mnhelsu2 B_mxhelsu B_mxhelsu2
      B_nphelsu B_nphelsu2 B_sihelsu B_sihelsu2 E_helsu E_helsu2
      sfphelsu sfphelsu2 TYP_helsu TYP_helsu2 Z_helsu Z_helsu2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DHFM
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_DHLSHK
    ""

    /begin DEF_CHARACTERISTIC
      CDCHSH CDCHSH2 CDKHSH CDKHSH2 CDTHSH CDTHSH2
      CLAHSH CLAHSH2 FFTHSH FFTHSH2 TSFHSH TSFHSH2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_behsh B_behsh2 B_bkhsh B_bkhsh2 B_clhsh B_clhsh2
      B_fthsh B_fthsh2 B_mnhsh B_mnhsh2 B_mxhsh B_mxhsh2
      B_nphsh B_nphsh2 B_sihsh B_sihsh2 E_hsh E_hsh2
      sfphsh sfphsh2 TYP_hsh TYP_hsh2 Z_hsh Z_hsh2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DHRLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCHSV CDCHSV2 CDKHSV CDKHSV2 CDTHSV CDTHSV2
      CLAHSV CLAHSV2 FFTHSV FFTHSV2 TSFHSV TSFHSV2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_behsv B_behsv2 B_bkhsv B_bkhsv2 B_clhsv B_clhsv2
      B_fthsv B_fthsv2 B_mnhsv B_mnhsv2 B_mxhsv B_mxhsv2
      B_nphsv B_nphsv2 B_sihsv B_sihsv2 E_hsv E_hsv2
      sfphsv sfphsv2 TYP_hsv TYP_hsv2 Z_hsv Z_hsv2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DHRLSUE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHSVE CDCHSVE2 CDKHSVE CDKHSVE2 CDTHSVE CDTHSVE2
      CLAHSVE CLAHSVE2 FFTHSVE FFTHSVE2 TSFHSVE TSFHSVE2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_behsve B_behsve2 B_bkhsve B_bkhsve2 B_clhsve B_clhsve2
      B_fthsve B_fthsve2 B_mnhsve B_mnhsve2 B_mxhsve B_mxhsve2
      B_nphsve B_nphsve2 B_sihsve B_sihsve2 E_hsve E_hsve2
      sfphsve sfphsve2 TYP_hsve TYP_hsve2 Z_hsve Z_hsve2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DICLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCICLSU CDCICLSU2 CDCLSUIA CDCLSUIA2 CDCLSUIP CDCLSUIP2
      CDCLSUKS CDCLSUKS2 CDCLSUUN CDCLSUUN2 CDCLSUVM CDCLSUVM2
      CDKICLSU CDKICLSU2 CDKLSUIA CDKLSUIA2 CDKLSUIP CDKLSUIP2
      CDKLSUKS CDKLSUKS2 CDKLSUUN CDKLSUUN2 CDKLSUVM CDKLSUVM2
      CDTICLSU CDTICLSU2 CDTLSUIA CDTLSUIA2 CDTLSUIP CDTLSUIP2
      CDTLSUKS CDTLSUKS2 CDTLSUUN CDTLSUUN2 CDTLSUVM CDTLSUVM2
      CLAICLSU CLAICLSU2 CLALSUIA CLALSUIA2 CLALSUIP CLALSUIP2
      CLALSUKS CLALSUKS2 CLALSUUN CLALSUUN2 CLALSUVM CLALSUVM2
      FFTICLSU FFTICLSU2 FFTLSUIA FFTLSUIA2 FFTLSUIP FFTLSUIP2
      FFTLSUKS FFTLSUKS2 FFTLSUUN FFTLSUUN2 FFTLSUVM FFTLSUVM2
      TSFICLSU TSFICLSU2 TSFLSUIA TSFLSUIA2 TSFLSUIP TSFLSUIP2
      TSFLSUKS TSFLSUKS2 TSFLSUUN TSFLSUUN2 TSFLSUVM TSFLSUVM2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beiclsu B_beiclsu2 B_belsuia B_belsuia2 B_belsuip B_belsuip2
      B_belsuks B_belsuks2 B_belsuun B_belsuun2 B_belsuvm B_belsuvm2
      B_bkiclsu B_bkiclsu2 B_bklsuia B_bklsuia2 B_bklsuip B_bklsuip2
      B_bklsuks B_bklsuks2 B_bklsuun B_bklsuun2 B_bklsuvm B_bklsuvm2
      B_cliclsu B_cliclsu2 B_cllsuia B_cllsuia2 B_cllsuip B_cllsuip2
      B_cllsuks B_cllsuks2 B_cllsuun B_cllsuun2 B_cllsuvm B_cllsuvm2
      B_fticlsu B_fticlsu2 B_ftlsuia B_ftlsuia2 B_ftlsuip B_ftlsuip2
      B_ftlsuks B_ftlsuks2 B_ftlsuun B_ftlsuun2 B_ftlsuvm B_ftlsuvm2
      B_mniclsu B_mniclsu2 B_mnlsuia B_mnlsuia2 B_mnlsuip B_mnlsuip2
      B_mnlsuks B_mnlsuks2 B_mnlsuun B_mnlsuun2 B_mnlsuvm B_mnlsuvm2
      B_mxiclsu B_mxiclsu2 B_mxlsuia B_mxlsuia2 B_mxlsuip B_mxlsuip2
      B_mxlsuks B_mxlsuks2 B_mxlsuun B_mxlsuun2 B_mxlsuvm B_mxlsuvm2
      B_npiclsu B_npiclsu2 B_nplsuia B_nplsuia2 B_nplsuip B_nplsuip2
      B_nplsuks B_nplsuks2 B_nplsuun B_nplsuun2 B_nplsuvm B_nplsuvm2
      B_siiclsu B_siiclsu2 B_silsuia B_silsuia2 B_silsuip B_silsuip2
      B_silsuks B_silsuks2 B_silsuun B_silsuun2 B_silsuvm B_silsuvm2
      E_iclsu E_iclsu2 E_lsuia E_lsuia2 E_lsuip E_lsuip2
      E_lsuks E_lsuks2 E_lsuun E_lsuun2 E_lsuvm E_lsuvm2
      sfpiclsu sfpiclsu2 sfplsuia sfplsuia2 sfplsuip sfplsuip2
      sfplsuks sfplsuks2 sfplsuun sfplsuun2 sfplsuvm sfplsuvm2
      TYP_iclsu TYP_iclsu2 TYP_lsuia TYP_lsuia2 TYP_lsuip TYP_lsuip2
      TYP_lsuks TYP_lsuks2 TYP_lsuun TYP_lsuun2 TYP_lsuvm TYP_lsuvm2
      Z_iclsu Z_iclsu2 Z_lsuia Z_lsuia2 Z_lsuip Z_lsuip2
      Z_lsuks Z_lsuks2 Z_lsuun Z_lsuun2 Z_lsuvm Z_lsuvm2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKAT
    ""

    /begin DEF_CHARACTERISTIC
      CDCKAT CDCKAT2 CDKKAT CDKKAT2 CDTKAT CDTKAT2
      CLAKAT CLAKAT2 FFTKAT FFTKAT2 TSFKAT TSFKAT2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bekat B_bekat2 B_bkkat B_bkkat2 B_clkat B_clkat2
      B_ftkat B_ftkat2 B_mnkat B_mnkat2 B_mxkat B_mxkat2
      B_npkat B_npkat2 B_sikat B_sikat2 E_kat E_kat2
      sfpkat sfpkat2 TYP_kat TYP_kat2 Z_kat Z_kat2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_dkmtr
    "dkmtr."

    /begin DEF_CHARACTERISTIC
      CDCLUE1 CDKLUE1 CDTLUE1 CLALUE1 FFTLUE1 TSFLUE1
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belue1 B_bklue1 B_cllue1 B_ftlue1 B_mnlue1 B_mxlue1
      B_nplue1 B_silue1 E_lue1 sfplue1 TYP_lue1 Z_lue1
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKRA
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRA01 CDCKRA02 CDCKRA03 CDCKRA04 CDCKRA05 CDCKRA06
      CDKKRA01 CDKKRA02 CDKKRA03 CDKKRA04 CDKKRA05 CDKKRA06
      CDTKRA01 CDTKRA02 CDTKRA03 CDTKRA04 CDTKRA05 CDTKRA06
      CLAKRA01 CLAKRA02 CLAKRA03 CLAKRA04 CLAKRA05 CLAKRA06
      FFTKRA01 FFTKRA02 FFTKRA03 FFTKRA04 FFTKRA05 FFTKRA06
      TSFKRA01 TSFKRA02 TSFKRA03 TSFKRA04 TSFKRA05 TSFKRA06
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_clkra01 B_clkra02 B_clkra03 B_clkra04 B_clkra05 B_clkra06
      B_mxkra01 B_mxkra02 B_mxkra03 B_mxkra04 B_mxkra05 B_mxkra06
      E_kra01 E_kra02 E_kra03 E_kra04 E_kra05 E_kra06
      sfpkra01 sfpkra02 sfpkra03 sfpkra04 sfpkra05 sfpkra06
      TYPkra01 TYPkra02 TYPkra03 TYPkra04 TYPkra05 TYPkra06
      Z_kra01 Z_kra02 Z_kra03 Z_kra04 Z_kra05 Z_kra06
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKRNT
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRNT CDCKROF CDKKRNT CDKKROF CDTKRNT CDTKROF
      CLAKRNT CLAKROF FFTKRNT FFTKROF TSFKRNT TSFKROF
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bekrnt B_bekrof B_bkkrnt B_bkkrof B_clkrnt B_clkrof
      B_ftkrnt B_ftkrof B_mnkrnt B_mnkrof B_mxkrnt B_mxkrof
      B_npkrnt B_npkrof B_sikrnt B_sikrof E_krnt E_krof
      sfpkrnt sfpkrof TYP_krnt TYP_krof Z_krnt Z_krof
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKRS
    ""

    /begin DEF_CHARACTERISTIC
      CDCKS1 CDCKS2 CDCKS3 CDCKS4 CDKKS1 CDKKS2
      CDKKS3 CDKKS4 CDTKS1 CDTKS2 CDTKS3 CDTKS4
      CLAKS1 CLAKS2 CLAKS3 CLAKS4 FFTKS1 FFTKS2
      FFTKS3 FFTKS4 TSFKS1 TSFKS2 TSFKS3 TSFKS4
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beks1 B_beks2 B_beks3 B_beks4 B_bkks1 B_bkks2
      B_bkks3 B_bkks4 B_clks1 B_clks2 B_clks3 B_clks4
      B_ftks1 B_ftks2 B_ftks3 B_ftks4 B_mnks1 B_mnks2
      B_mnks3 B_mnks4 B_mxks1 B_mxks2 B_mxks3 B_mxks4
      B_npks1 B_npks2 B_npks3 B_npks4 B_siks1 B_siks2
      B_siks3 B_siks4 E_ks1 E_ks2 E_ks3 E_ks4
      sfpks1 sfpks2 sfpks3 sfpks4 TYP_ks1 TYP_ks2
      TYP_ks3 TYP_ks4 Z_ks1 Z_ks2 Z_ks3 Z_ks4
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKRTP
    ""

    /begin DEF_CHARACTERISTIC
      CDCKRTP CDKKRTP CDTKRTP CLAKRTP FFTKRTP TSFKRTP
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bekrtp B_bkkrtp B_clkrtp B_ftkrtp B_mnkrtp B_mxkrtp
      B_npkrtp B_sikrtp E_krtp sfpkrtp TYP_krtp Z_krtp
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKUPPL
    ""

    /begin DEF_CHARACTERISTIC
      CDCKUPPL CDKKUPPL CDTKUPPL CLAKUPPL FFTKUPPL TSFKUPPL
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bekuppl B_bkkuppl B_clkuppl B_ftkuppl B_mnkuppl B_mxkuppl
      B_npkuppl B_sikuppl E_kuppl sfpkuppl TYP_kuppl Z_kuppl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DKVS
    ""

    /begin DEF_CHARACTERISTIC
      CDCFRAO CDCFRAO2 CDCFRAU CDCFRAU2 CDCFRST CDCFRST2
      CDCRKAT CDCRKAT2 CDCRKAZ CDCRKAZ2 CDKFRAO CDKFRAO2
      CDKFRAU CDKFRAU2 CDKFRST CDKFRST2 CDKRKAT CDKRKAT2
      CDKRKAZ CDKRKAZ2 CDTFRAO CDTFRAO2 CDTFRAU CDTFRAU2
      CDTFRST CDTFRST2 CDTRKAT CDTRKAT2 CDTRKAZ CDTRKAZ2
      CLAFRAO CLAFRAO2 CLAFRAU CLAFRAU2 CLAFRST CLAFRST2
      CLARKAT CLARKAT2 CLARKAZ CLARKAZ2 FFTFRAO FFTFRAO2
      FFTFRAU FFTFRAU2 FFTFRST FFTFRST2 FFTRKAT FFTRKAT2
      FFTRKAZ FFTRKAZ2 TSFFRAO TSFFRAO2 TSFFRAU TSFFRAU2
      TSFFRST TSFFRST2 TSFRKAT TSFRKAT2 TSFRKAZ TSFRKAZ2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_befrao B_befrao2 B_befrau B_befrau2 B_befrst B_befrst2
      B_berkat B_berkat2 B_berkaz B_berkaz2 B_bkfrao B_bkfrao2
      B_bkfrau B_bkfrau2 B_bkfrst B_bkfrst2 B_bkrkat B_bkrkat2
      B_bkrkaz B_bkrkaz2 B_clfrao B_clfrao2 B_clfrau B_clfrau2
      B_clfrst B_clfrst2 B_clrkat B_clrkat2 B_clrkaz B_clrkaz2
      B_ftfrao B_ftfrao2 B_ftfrau B_ftfrau2 B_ftfrst B_ftfrst2
      B_ftrkat B_ftrkat2 B_ftrkaz B_ftrkaz2 B_mnfrao B_mnfrao2
      B_mnfrau B_mnfrau2 B_mnfrst B_mnfrst2 B_mnrkat B_mnrkat2
      B_mnrkaz B_mnrkaz2 B_mxfrao B_mxfrao2 B_mxfrau B_mxfrau2
      B_mxfrst B_mxfrst2 B_mxrkat B_mxrkat2 B_mxrkaz B_mxrkaz2
      B_npfrao B_npfrao2 B_npfrau B_npfrau2 B_npfrst B_npfrst2
      B_nprkat B_nprkat2 B_nprkaz B_nprkaz2 B_sifrao B_sifrao2
      B_sifrau B_sifrau2 B_sifrst B_sifrst2 B_sirkat B_sirkat2
      B_sirkaz B_sirkaz2 E_frao E_frao2 E_frau E_frau2
      E_frst E_frst2 E_rkat E_rkat2 E_rkaz E_rkaz2
      sfpfrao sfpfrao2 sfpfrau sfpfrau2 sfpfrst sfpfrst2
      sfprkat sfprkat2 sfprkaz sfprkaz2 TYP_frao TYP_frao2
      TYP_frau TYP_frau2 TYP_frst TYP_frst2 TYP_rkat TYP_rkat2
      TYP_rkaz TYP_rkaz2 Z_frao Z_frao2 Z_frau Z_frau2
      Z_frst Z_frst2 Z_rkat Z_rkat2 Z_rkaz Z_rkaz2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DLLR
    ""

    /begin DEF_CHARACTERISTIC
      CDCLLR CDKLLR CDTLLR CLALLR FFTLLR TSFLLR
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bellr B_bkllr B_clllr B_ftllr B_mnllr B_mxllr
      B_npllr B_sillr E_llr sfpllr TYP_LLR Z_llr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DLSAHK
    ""

    /begin DEF_CHARACTERISTIC
      CDCLASH CDCLASH2 CDCLAVH CDCLAVH2 CDKLASH CDKLASH2
      CDKLAVH CDKLAVH2 CDTLASH CDTLASH2 CDTLAVH CDTLAVH2
      CLALASH CLALASH2 CLALAVH CLALAVH2 FFTLASH FFTLASH2
      FFTLAVH FFTLAVH2 TSFLASH TSFLASH2 TSFLAVH TSFLAVH2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belash B_belash2 B_belavh B_belavh2 B_bklash B_bklash2
      B_bklavh B_bklavh2 B_cllash B_cllash2 B_cllavh B_cllavh2
      B_ftlash B_ftlash2 B_ftlavh B_ftlavh2 B_mnlash B_mnlash2
      B_mnlavh B_mnlavh2 B_mxlash B_mxlash2 B_mxlavh B_mxlavh2
      B_nplash B_nplash2 B_nplavh B_nplavh2 B_silash B_silash2
      B_silavh B_silavh2 E_lash E_lash2 E_lavh E_lavh2
      sfplash sfplash2 sfplavh sfplavh2 TYP_lash TYP_lash2
      TYP_lavh TYP_lavh2 Z_lash Z_lash2 Z_lavh Z_lavh2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DLSH
    ""

    /begin DEF_CHARACTERISTIC
      CDCLSH CDCLSH2 CDKLSH CDKLSH2 CDTLSH CDTLSH2
      CLALSH CLALSH2 FFTLSH FFTLSH2 TSFLSH TSFLSH2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belsh B_belsh2 B_bklsh B_bklsh2 B_cllsh B_cllsh2
      B_ftlsh B_ftlsh2 B_mnlsh B_mnlsh2 B_mxlsh B_mxlsh2
      B_nplsh B_nplsh2 B_silsh B_silsh2 E_lsh E_lsh2
      sfplsh sfplsh2 TYP_lsh TYP_lsh2 Z_lsh Z_lsh2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DLSUV
    ""

    /begin DEF_CHARACTERISTIC
      CDCLSVV CDKLSVV CDTLSVV CLALSVV FFTLSVV TSFLSVV
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belsvv B_bklsvv B_cllsvv B_ftlsvv B_mnlsvv B_mxlsvv
      B_nplsvv B_silsvv E_lsvv sfplsvv TYP_lsvv Z_lsvv
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DMDMIL
    ""

    /begin DEF_CHARACTERISTIC
      CDCMD CDCMD00 CDCMD01 CDCMD02 CDCMD03 CDCMD04
      CDCMD05 CDKMD CDKMD00 CDKMD01 CDKMD02 CDKMD03
      CDKMD04 CDKMD05 CDTMD CDTMD00 CDTMD01 CDTMD02
      CDTMD03 CDTMD04 CDTMD05 CLAMD CLAMD00 CLAMD01
      CLAMD02 CLAMD03 CLAMD04 CLAMD05 FFTMD FFTMD00
      FFTMD01 FFTMD02 FFTMD03 FFTMD04 FFTMD05 TSFMD
      TSFMD00 TSFMD01 TSFMD02 TSFMD03 TSFMD04 TSFMD05
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bemd B_bemd00 B_bemd01 B_bemd02 B_bemd03 B_bemd04
      B_bemd05 B_bkmd B_bkmd00 B_bkmd01 B_bkmd02 B_bkmd03
      B_bkmd04 B_bkmd05 B_clmd B_clmd00 B_clmd01 B_clmd02
      B_clmd03 B_clmd04 B_clmd05 B_ftmd B_ftmd00 B_ftmd01
      B_ftmd02 B_ftmd03 B_ftmd04 B_ftmd05 B_mnmd B_mnmd00
      B_mnmd01 B_mnmd02 B_mnmd03 B_mnmd04 B_mnmd05 B_mxmd
      B_mxmd00 B_mxmd01 B_mxmd02 B_mxmd03 B_mxmd04 B_mxmd05
      B_npmd B_npmd00 B_npmd01 B_npmd02 B_npmd03 B_npmd04
      B_npmd05 B_simd B_simd00 B_simd01 B_simd02 B_simd03
      B_simd04 B_simd05 E_md E_md00 E_md01 E_md02
      E_md03 E_md04 E_md05 sfpmd sfpmd00 sfpmd01
      sfpmd02 sfpmd03 sfpmd04 sfpmd05 TYP_md TYP_md00
      TYP_md01 TYP_md02 TYP_md03 TYP_md04 TYP_md05 Z_md
      Z_md00 Z_md01 Z_md02 Z_md03 Z_md04 Z_md05
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DMFB
    ""

    /begin DEF_CHARACTERISTIC
      CDCMFA CDKMFA CDTMFA CLAMFA FFTMFA TSFMFA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bemfa B_bkmfa B_clmfa B_famfa B_mnmfa B_mxmfa
      B_npmfa B_simfa E_mfa sfpmfa TYP_mfa Z_mfa
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DNMAX
    ""

    /begin DEF_CHARACTERISTIC
      CDCNX CDKNX CDTNX CLANX FFTNX TSFNX
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_benx B_bknx B_clnx B_ftnx B_mnnx B_mxnx
      B_npnx B_sinx E_nx sfpnx TYP_nx Z_nx
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DNWKW
    ""

    /begin DEF_CHARACTERISTIC
      CDCNWKW CDCNWKW2 CDKNWKW CDKNWKW2 CDTNWKW CDTNWKW2
      CLANWKW CLANWKW2 FFTNWKW FFTNWKW2 TSFNWKW TSFNWKW2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_benwkw B_benwkw2 B_bknwkw B_bknwkw2 B_clnwkw B_clnwkw2
      B_ftnwkw B_ftnwkw2 B_mnnwkw B_mnnwkw2 B_mxnwkw B_mxnwkw2
      B_npnwkw B_npnwkw2 B_sinwkw B_sinwkw2 E_nwkw E_nwkw2
      sfpnwkw sfpnwkw2 TYP_nwkw TYP_nwkw2 Z_nwkw Z_nwkw2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DPH
    ""

    /begin DEF_CHARACTERISTIC
      CDCPH CDCPH2 CDKPH CDKPH2 CDTPH CDTPH2
      CLAPH CLAPH2 FFTPH FFTPH2 TSFPH TSFPH2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beph B_beph2 B_bkph B_bkph2 B_clph B_clph2
      B_ftph B_ftph2 B_mnph B_mnph2 B_mxph B_mxph2
      B_npph B_npph2 B_siph B_siph2 E_ph E_ph2
      sfpph sfpph2 TYP_ph TYP_ph2 Z_ph Z_ph2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DPL
    ""

    /begin DEF_CHARACTERISTIC
      CDCDPL CDKDPL CDTDPL CLADPL FFTDPL TSFDPL
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bedpl B_bkdpl B_cldpl B_ftdpl B_mndpl B_mxdpl
      B_npddpl B_siddpl E_dpl sfpdpl TYP_dpl Z_dpl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DPLLSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCPLLSU CDCPLLSU2 CDKPLLSU CDKPLLSU2 CDTPLLSU CDTPLLSU2
      CLAPLLSU CLAPLLSU2 FFTPLLSU FFTPLLSU2 TSFPLLSU TSFPLLSU2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bepllsu B_bepllsu2 B_bkpllsu B_bkpllsu2 B_clpllsu B_clpllsu2
      B_ftpllsu B_ftpllsu2 B_mnpllsu B_mnpllsu2 B_mxpllsu B_mxpllsu2
      B_nppllsu B_nppllsu2 B_sipllsu B_sipllsu2 E_pllsu E_pllsu2
      sfppllsu sfppllsu2 TYP_pllsu TYP_pllsu2 Z_pllsu Z_pllsu2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DSELHFS
    ""

    /begin DEF_CHARACTERISTIC
      CDCLM CDKLM CDTLM CLALM FFTLM TSFLM
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belm B_bklm B_cllm B_falm B_mnlm B_mxlm
      B_nplm B_silm E_lm sfplm TYP_lm Z_lm
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DSGEEP
    ""

    /begin DEF_CHARACTERISTIC
      CDCSGEEP CDKSGEEP CDTSGEEP CLASGEEP FFTSGEEP TSFSGEEP
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_besgeep B_bksgeep B_clsgeep B_ftsgeep B_mnsgeep B_mxsgeep
      B_npsgeep B_sisgeep E_sgeep sfpsgeep TYP_sgeep Z_sgeep
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DSLSLRS
    ""

    /begin DEF_CHARACTERISTIC
      CDCSLS CDCSLS2 CDCSLV CDCSLV2 CDKSLS CDKSLS2
      CDKSLV CDKSLV2 CDTSLS CDTSLS2 CDTSLV CDTSLV2
      CLASLS CLASLS2 CLASLV CLASLV2 FFTSLS FFTSLS2
      FFTSLV FFTSLV2 TSFSLS TSFSLS2 TSFSLV TSFSLV2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_besls B_besls2 B_beslv B_beslv2 B_bksls B_bksls2
      B_bkslv B_bkslv2 B_clsls B_clsls2 B_clslv B_clslv2
      B_ftsls B_ftsls2 B_ftslv B_ftslv2 B_mnsls B_mnsls2
      B_mnslv B_mnslv2 B_mxsls B_mxsls2 B_mxslv B_mxslv2
      B_npsls B_npsls2 B_npslv B_npslv2 B_sisls B_sisls2
      B_sislv B_sislv2 E_sls E_sls2 E_slv E_slv2
      sfpsls sfpsls2 sfpslv sfpslv2 TYP_sls TYP_sls2
      TYP_slv TYP_slv2 Z_sls Z_sls2 Z_slv Z_slv2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DTANKL
    ""

    /begin DEF_CHARACTERISTIC
      CDCTANKL CDKTANKL CDTTANKL CLATANKL FFTTANKL TSFTANKL
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_betankl B_bktankl B_cltankl B_fttankl B_mntankl B_mxtankl
      B_nptankl B_sitankl E_tankl sfptankl TYP_tankl Z_tankl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DTEV
    ""

    /begin DEF_CHARACTERISTIC
      CDCTES CDKTES CDTTES CLATES FFTTES TSFTES
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avtes B_betes B_bktes B_cltes B_fttes B_mntes
      B_mxtes B_nptes B_pytes B_sctes B_sites E_tes
      sfptes TYP_tes Z_tes
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DUF
    ""

    /begin DEF_CHARACTERISTIC
      CDCUFMV CDCUFNC CDCUFRLIP CDCUFSGA CDCUFSGB CDCUFSKA
      CDCUFSPSC CDKUFMV CDKUFNC CDKUFRLIP CDKUFSGA CDKUFSGB
      CDKUFSKA CDKUFSPSC CDTUFMV CDTUFNC CDTUFRLIP CDTUFSGA
      CDTUFSGB CDTUFSKA CDTUFSPSC CLAUFMV CLAUFNC CLAUFRLIP
      CLAUFSGA CLAUFSGB CLAUFSKA CLAUFSPSC FFTUFMV FFTUFNC
      FFTUFRLIP FFTUFSGA FFTUFSGB FFTUFSKA FFTUFSPSC TSFUFMV
      TSFUFNC TSFUFRLIP TSFUFSGA TSFUFSGB TSFUFSKA TSFUFSPSC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beufmv B_beufnc B_beufrlip B_beufsga B_beufsgb B_beufska
      B_beufspsc B_bkufmv B_bkufnc B_bkufrlip B_bkufsga B_bkufsgb
      B_bkufska B_bkufspsc B_clufmv B_clufnc B_clufrlip B_clufsga
      B_clufsgb B_clufska B_clufspsc B_ftufmv B_ftufnc B_ftufrlip
      B_ftufsga B_ftufsgb B_ftufska B_ftufspsc B_mnufmv B_mnufnc
      B_mnufrlip B_mnufsga B_mnufsgb B_mnufska B_mnufspsc B_mxufmv
      B_mxufnc B_mxufrlip B_mxufsga B_mxufsgb B_mxufska B_mxufspsc
      B_npufmv B_npufnc B_npufrlip B_npufsga B_npufsgb B_npufska
      B_npufspsc B_siufmv B_siufnc B_siufrlip B_siufsga B_siufsgb
      B_siufska B_siufspsc E_ufmv E_ufnc E_ufrlip E_ufsga
      E_ufsgb E_ufska E_ufspsc sfpufmv sfpufnc sfpufrlip
      sfpufsga sfpufsgb sfpufska sfpufspsc TYP_ufmv TYP_ufnc
      TYP_ufrlip TYP_ufsga TYP_ufsgb TYP_ufska TYP_ufspsc Z_ufmv
      Z_ufnc Z_ufrlip Z_ufsga Z_ufsgb Z_ufska Z_ufspsc
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DULSU
    ""

    /begin DEF_CHARACTERISTIC
      CDCULSU CDCULSU2 CDKULSU CDKULSU2 CDTULSU CDTULSU2
      CLAULSU CLAULSU2 FFTULSU FFTULSU2 TSFULSU TSFULSU2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beulsu B_beulsu2 B_bkulsu B_bkulsu2 B_clulsu B_clulsu2
      B_ftulsu B_ftulsu2 B_mnulsu B_mnulsu2 B_mxulsu B_mxulsu2
      B_npulsu B_npulsu2 B_siulsu B_siulsu2 E_ulsu E_ulsu2
      sfpulsu sfpulsu2 TYP_ulsu TYP_ulsu2 Z_ulsu Z_ulsu2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DUMMY_D
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSBKV CDCTESF CDCTESG CDCTEVE2 CDKDSBKV CDKTESF
      CDKTESG CDKTEVE2 CDTDSBKV CDTTESF CDTTESG CDTTEVE2
      CLADSBKV CLATESF CLATESG CLATEVE2 FFTDSBKV FFTTESF
      FFTTESG FFTTEVE2 TSFDSBKV TSFTESF TSFTESG TSFTEVE2
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bedsbkv B_betesf B_betesg B_bkdsbkv B_bktesf B_bktesg
      B_cldsbkv B_cltesf B_cltesg B_ftdsbkv B_fttesf B_fttesg
      B_mndsbkv B_mntesf B_mntesg B_mxdsbkv B_mxtesf B_mxtesg
      B_npdsbkv B_nptesf B_nptesg B_sidsbkv B_sitesf B_sitesg
      E_dsbkv E_tesf E_tesg E_teve2 sfpdsbkv sfptesf
      sfptesg sfpteve2 TYP_dsbkv TYP_tesf TYP_tesg Z_dsbkv
      Z_tesf Z_tesg Z_teve2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DUR
    ""

    /begin DEF_CHARACTERISTIC
      CDCURRAM CDCURROM CDCURRST CDKURRAM CDKURROM CDKURRST
      CDTURRAM CDTURROM CDTURRST CLAURRAM CLAURROM CLAURRST
      FFTURRAM FFTURROM FFTURRST TSFURRAM TSFURROM TSFURRST
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beurram B_beurrom B_beurrst B_bkurram B_bkurrom B_bkurrst
      B_clurram B_clurrom B_clurrst B_fturram B_fturrom B_fturrst
      B_mnurram B_mnurrom B_mnurrst B_mxurram B_mxurrom B_mxurrst
      B_npurram B_npurrom B_npurrst B_siurram B_siurrom B_siurrst
      E_urram E_urrom E_urrst sfpurram sfpurrom sfpurrst
      TYP_urram TYP_urrom TYP_urrst Z_urram Z_urrom Z_urrst
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_DVFZ
    ""

    /begin DEF_CHARACTERISTIC
      CDCVFZ CDKVFZ CDTVFZ CLAVFZ FFTVFZ TSFVFZ
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bevfz B_bkvfz B_clvfz B_ftvfz B_mnvfz B_mxvfz
      B_npvfz B_sivfz E_vfz sfpvfz TYP_vfz Z_vfz
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_FLP
    ""

    /begin DEF_CHARACTERISTIC
      CDCFLP CDKFLP CDTFLP CLAFLP FFTFLP TSFFLP
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beflp B_bkflp B_clflp B_ftflp B_mnflp B_mxflp
      B_npflp B_siflp E_flp sfpflp TYP_flp Z_flp
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GECOD
    ""

    /begin DEF_CHARACTERISTIC
      CDCGECOD CDKGECOD CDTGECOD CLAGECOD FFTGECOD TSFGECOD
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avgecod B_begecod B_bkgecod B_clgecod B_ftgecod B_mngecod
      B_mxgecod B_npgecod B_pygecod B_scgecod B_sigecod E_gecod
      sfpgecod TYP_gecod Z_gecod
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGCEGSPL
    ""

    /begin DEF_CHARACTERISTIC
      CDCCGE CDKCGE CDTCGE CLACGE FFTCGE TSFCGE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_becge B_bkcge B_clcge B_ftcge B_mncge B_mxcge
      B_npcge B_sicge E_cge sfpcge TYP_cge Z_cge
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGCS
    ""

    /begin DEF_CHARACTERISTIC
      CDCCAIRP CDCSCR CDKCAIRP CDKSCR CDTCAIRP CDTSCR
      CLACAIRP CLASCR FFTCAIRP FFTSCR TSFCAIRP TSFSCR
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_becairp B_bescr B_bkcairp B_bkscr B_clcairp B_clscr
      B_ftcairp B_ftscr B_mncairp B_mnscr B_mxcairp B_mxscr
      B_npcairp B_npscr B_sicairp B_siscr E_cairp E_scr
      sfpcairp sfpscr TYP_cairp TYP_scr Z_cairp Z_scr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGDSAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCDSU CDKDSU CDTDSU CLADSU FFTDSU TSFDSU
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bedsu B_bkdsu B_cldsu B_ftdsu B_mndsu B_mxdsu
      B_npdsu B_sidsu E_dsu sfpdsu TYP_dsu Z_dsu
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGEGAS
    ""

    /begin DEF_CHARACTERISTIC
      CDCBREMS CDKBREMS CDTBREMS CLABREMS FFTBREMS TSFBREMS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bebrems B_bkbrems B_clbrems B_ftbrems B_mnbrems B_mxbrems
      B_npbrems B_sibrems E_brems sfpbrems TYP_brems Z_brems
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGFGRH
    ""

    /begin DEF_CHARACTERISTIC
      CDCGRBH CDKGRBH CDTGRBH CLAGRBH FFTGRBH TSFGRBH
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_begrbh B_bkgrbh B_clgrbh B_ftgrbh B_mngrbh B_mxgrbh
      B_npgrbh B_sigrbh E_grbh sfpgrbh TYP_grbh Z_grbh
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGGTS
    ""

    /begin DEF_CHARACTERISTIC
      CDCTMKI CDKTMKI CDTTMKI CLATMKI FFTTMKI TSFTMKI
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_avtmki B_betmki B_bktmki B_cltmki B_fttmki B_mntmki
      B_mxtmki B_nptmki B_pytmki B_sctmki B_sitmki E_tmki
      sfptmki TYP_tmki Z_tmki
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGPED
    ""

    /begin DEF_CHARACTERISTIC
      CDCFP1P CDCFP2P CDCPWGDE CDKFP1P CDKFP2P CDKPWGDE
      CDTFP1P CDTFP2P CDTPWGDE CLAFP1P CLAFP2P CLAPWGDE
      FFTFP1P FFTFP2P FFTPWGDE TSFFP1P TSFFP2P TSFPWGDE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_befp1p B_befp2p B_bepwgde B_bkfp1p B_bkfp2p B_bkpwgde
      B_clfp1p B_clfp2p B_clpwgde B_ftfp1p B_ftfp2p B_ftpwgde
      B_mnfp1p B_mnfp2p B_mnpwgde B_mxfp1p B_mxfp2p B_mxpwgde
      B_npfp1p B_npfp2p B_nppwgde B_sifp1p B_sifp2p B_sipwgde
      E_fp1p E_fp2p E_pwgde sfpfp1p sfpfp2p sfppwgde
      TYP_fp1p TYP_fp2p TYP_pwgde Z_fp1p Z_fp2p Z_pwgde
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGTFA
    ""

    /begin DEF_CHARACTERISTIC
      CDCTA CDKTA CDTTA CLATA FFTTA TSFTA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beta B_bkta B_clta B_ftta B_mnta B_mxta
      B_npta B_sita E_ta sfpta TYP_ta Z_ta
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGTFM
    ""

    /begin DEF_CHARACTERISTIC
      CDCTM CDKTM CDTTM CLATM FFTTM TSFTM
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_betm B_bktm B_cltm B_fttm B_mntm B_mxtm
      B_nptm B_sitm E_tm sfptm TYP_tm Z_tm
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGTKA
    ""

    /begin DEF_CHARACTERISTIC
      CDCTKA CDKTKA CDTTKA CLATKA FFTTKA TSFTKA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_betka B_bktka B_cltka B_fttka B_mntka B_mxtka
      B_nptka B_sitka E_TKA sfptka TYP_tka Z_TKA
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGUB
    ""

    /begin DEF_CHARACTERISTIC
      CDCUB CDKUB CDTUB CLAUB FFTUB TSFUB
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beub B_bkub B_club B_ftub B_mnub B_mxub
      B_npub B_siub E_ub sfpub TYP_ub Z_ub
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_GGUBR
    ""

    /begin DEF_CHARACTERISTIC
      CDCUBR CDKUBR CDTUBR CLAUBR FFTUBR TSFUBR
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beubr B_bkubr B_clubr B_ftubr B_mnubr B_mxubr
      B_npubr B_siubr E_ubr sfpubr TYP_ubr Z_ubr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_HRE
    ""

    /begin DEF_CHARACTERISTIC
      CDCHRE CDKHRE CDTHRE CLAHRE FFTHRE TSFHRE
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_behre B_bkhre B_clhre B_fthre B_mnhre B_mxhre
      B_nphre B_sihre E_hre sfphre TYP_hre Z_hre
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_LSHV
    ""

    /begin DEF_CHARACTERISTIC
      CDCLSHV CDKLSHV CDTLSHV CLALSHV FFTLSHV TSFLSHV
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_belshv B_bklshv B_cllshv B_ftlshv B_mnlshv B_mxlshv
      B_nplshv B_silshv E_lshv sfplshv TYP_LSHV Z_lshv
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_MDASG
    ""

    /begin DEF_CHARACTERISTIC
      CDCASGNPL CDCBZNPL CDCMA CDKASGNPL CDKBZNPL CDKMA
      CDTASGNPL CDTBZNPL CDTMA CLAASGNPL CLABZNPL CLAMA
      FFTASGNPL FFTBZNPL FFTMA TSFASGNPL TSFBZNPL TSFMA
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beasgnpl B_bebznpl B_bema B_bkasgnpl B_bkbznpl B_bkma
      B_clasgnpl B_clbznpl B_clma B_ftasgnpl B_ftbznpl B_ftma
      B_mnasgnpl B_mnbznpl B_mnma B_mxasgnpl B_mxbznpl B_mxma
      B_npasgnpl B_npbznpl B_npma B_siasgnpl B_sibznpl B_sima
      E_asgnpl E_bznpl E_ma sfpasgnpl sfpbznpl sfpma
      TYP_asgnpl TYP_bznpl TYP_ma Z_asgnpl Z_bznpl Z_ma
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_MDASGPH
    ""

    /begin DEF_CHARACTERISTIC
      CDCEGSBGR CDCFKU CDKEGSBGR CDKFKU CDTEGSBGR CDTFKU
      CLAEGSBGR CLAFKU FFTEGSBGR FFTFKU TSFEGSBGR TSFFKU
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beegsbgr B_befku B_bkegsbgr B_bkfku B_clegsbgr B_clfku
      B_ftegsbgr B_ftfku B_mnegsbgr B_mnfku B_mxegsbgr B_mxfku
      B_npegsbgr B_npfku B_siegsbgr B_sifku E_egsbgr E_fku
      sfpegsbgr sfpfku TYP_egsbgr TYP_fku Z_egsbgr Z_fku
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_MDKOG
    ""

    /begin DEF_CHARACTERISTIC
      CDCMDB CDKMDB CDTMDB CLAMDB FFTMDB TSFMDB
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_bemdb B_bkmdb B_clmdb B_ftmdb B_mnmdb B_mxmdb
      B_npmdb B_simdb E_mdb sfpmdb TYP_mdb Z_mdb
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_STAAG
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_STBBT
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_STBLS
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_STECD
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_STESP
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_STILM
    ""


/end FUNCTION

/begin FUNCTION

    DFPM_TUNING
    ""

    /begin DEF_CHARACTERISTIC
      CDCAATUN CDKAATUN CDTAATUN CLAAATUN FFTAATUN TSFAATUN
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_beaatun B_bkaatun B_claatun B_ftaatun B_mnaatun B_mxaatun
      B_npaatun B_siaatun E_aatun sfpaatun TYP_AATUN Z_aatun
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFPM_WFSIF
    ""

    /begin DEF_CHARACTERISTIC
      CDCSGEEW CDCWFS CDCWFSRC CDKSGEEW CDKWFS CDKWFSRC
      CDTSGEEW CDTWFS CDTWFSRC CLASGEEW CLAWFS CLAWFSRC
      FFTSGEEW FFTWFS FFTWFSRC TSFSGEEW TSFWFS TSFWFSRC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_besgeew B_bewfs B_bewfsrc B_bksgeew B_bkwfs B_bkwfsrc
      B_clsgeew B_clwfs B_clwfsrc B_ftsgeew B_ftwfs B_ftwfsrc
      B_mnsgeew B_mnwfs B_mnwfsrc B_mxsgeew B_mxwfs B_mxwfsrc
      B_npsgeew B_npwfs B_npwfsrc B_sisgeew B_siwfs B_siwfsrc
      E_sgeew E_wfs E_wfsrc sfpsgeew sfpwfs sfpwfsrc
      TYP_sgeew TYP_wfs TYP_wfsrc Z_sgeew Z_wfs Z_wfsrc
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DFRZ
    "20.20     OBDII; Beschreibung 'freeze frame'"


/end FUNCTION

/begin FUNCTION

    DHELSU
    "100.10    Diagnose Heizereinkopplung für LSU"


/end FUNCTION

/begin FUNCTION

    DHFM
    "77.40     Diagnose; Plausibilitätsprüfung HFM"

    /begin DEF_CHARACTERISTIC
      CWDHFM FMLDMXKO FWMLHFMMN KFMLDMN KFMLDMX MLDHFMKO
      MLDHFMKU MLHFMMN TDMLHFM TDMLMN TDMLMX TDMLNF
      TDMLNPL TDMLST TDUBHFM UBHFM UNWDHFM ZMLRO
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bvhfm B_cdehfm B_dkpu B_edks B_ehfmfe B_stend
      B_zhfmfe fho_w mlsol_w mshfm1_w mshfms_w nmot
      nmot_w ub uzkw_w wdkba_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehfm B_fgahfm B_heahfmlm B_hfm B_mnhfmlm B_mnmld
      B_mxhfmlm B_mxmld B_nplhfmlm fwmlhfm_w mldmn_w mldmx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ehfm1 B_fgdhfmst B_fgfshfm B_hfmko B_hfmku mldko_w
      mlhfmf_w wdkbadmx_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DHLSHK
    "4.100     Diagnose Sondenheizung hinter Kat"

    /begin DEF_CHARACTERISTIC
      CWDHLSH FRINH1 FRINH2 KFRINH KFRINH2 RINHAB
      TABSTHLSH TADHMNH TADHMNHFA TADHMXH TADHMXHFA TAHSOMFMN
      TANSDHLSH TASOH TVHSHEE TVHSHRI TVHSHRIHEL TVHSHRIZ
      TVRIHEE UBDHLSHMN UBDHLSHMX ZKARIH1 ZKARIH2 ZKPRIH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmst B_atmst2 B_bvhls B_cdhsh B_fahsh B_lsh
      B_lsh2 B_nmot B_rinh B_rinh2 B_risigh B_risigh2
      B_stend msabg2_w msabg_w phlsnh phlsnh2 rinh2_w
      rinh_w tabst_w tahsom2_w tahsom_w tans ubsq_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hsokh B_hsokh2 B_shab B_shab2 B_ubok B_ubok2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ehsh B_ehsh2 B_enh B_enh2 B_mnfhsh B_mnfhsh2
      B_mxfhsh B_mxfhsh2 B_npfhsh B_npfhsh2 B_nphealh B_nphealh2
      B_rierrh B_rierrh2 B_sifhsh B_sifhsh2 phlsnhf phlsnhf2
      rinkfh rinkfh2 rinsh2_w rinsh_w tahsomf2_w tahsomf_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DHLSHKE
    "1.10      Diagnose Endstufe Sondenheizung hinter Kat"

    /begin IN_MEASUREMENT
      B_cdhshe B_desee B_hshe B_hshe2
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DHR
    "2.20      Diagnose; Hauptrelais"

    /begin DEF_CHARACTERISTIC
      TDHR TDZHR UHRMN1 UHRMN2 UHRMX1 UHRMX2
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ubrdmn1 B_ubrdmn2 wuhr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dhrnio
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DHRLSU
    "3.110     Diagnose Heizungsregelung LSU"

    /begin DEF_CHARACTERISTIC
      ATMRWT CWDHRLSU KLTKERDCMN KRIVKMX RINLSUPMN TABSTHLSU
      TAIKRLSUMN TEHEHRLSU TEHRF TEHRFMN TEHRLSUE TEHRLSUZMX
      TKERLSUDMN TMDHRSTMX TVENMX TVFAHRLSU TVLSUBB TVZHRNOT
      TWHRLSUZMX TWHRSTMX TWVDCMN TWVSOMOS UBHRLSUMN UBHRLSUMX
      ZATMRW
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TKERLSUS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmng B_atmst B_atmtpa B_atmtpa2 B_cdhrlsu B_ehsve
      B_ehsve2 B_eiclsu B_eiclsu2 B_elsuwi B_elsuwi2 B_eshlsu
      B_eshlsu2 B_evloc B_fa B_henrin B_henrin2 B_hlsumx
      B_hlsumx2 B_hrlsaus B_hsv B_hsv2 B_mdarv B_nmot
      B_sa B_stend krivk2_w krivk_w msabg2_w msabg_w
      rinlsu2_w rinlsu_w tabst_w tahrlsu2_w tahrlsu_w tavso2_w
      tavso_w tkerlsu2_w tkerlsu_w tmst ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehlsu B_ehlsu2 B_ricalf B_ricalf2 B_zhhrlsu B_zhhrlsu2
      DHRLSUausbits1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enmx B_enmx2 B_hrlsunp B_hrlsunp2 B_rinnp B_rinnp2
      B_spdhrub B_tahrmn B_tahrmn2 B_tahrmx B_tahrmx2 B_zhrnot
      B_zhrnot2 DHRLSUlokbits1 DHRLSUlokbits1_2 tkerdcmn_w twvsom2_w twvsom_w
      ub_hsv zatmwvs2_w zatmwvs_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DHRLSUE
    "1.80      Diagnose Heizungs-Endstufe"

    /begin DEF_CHARACTERISTIC
      TAHRLSUMN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      UBHRLSUMN UBHRLSUMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdhrlsue B_hsvemn B_hsvemn2 B_hsvemx B_hsvemx2 B_hsvesi
      B_hsvesi2 B_nmot B_stend tahrlsu2_w tahrlsu_w ubrsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehsve B_ehsve2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hsveemn B_hsveemn2 B_hsveemx B_hsveemx2 B_hsveesi B_hsveesi2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIAVALVE
    ""

    /begin IN_MEASUREMENT
      eevx
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DICLSU
    "2.130     Dignose: Auswerte-IC für Breitband-Lambdasonde LSU"

    /begin DEF_CHARACTERISTIC
      CWDICLSU DFRZASNAMN FRSNAMX IMLNAMN IMLNAMN2 KLIMLNA
      KUSVKMX LAMSSMN LAMSSMX RINNPH SULSUMN TALSUSMX
      TVDESHLSU TVDFRZAIP TVDOCVM TVLSUDIP TVLSUTRIM TVLSUTRIMF
      TVLSUTRIMZ TVLSUTRZF TVLSUUMN TVOCIPLL TVOCVM TVRIHOCVM
      TVRINNPH TVSAOCVM TVSERSL TVSHEIP TVSHESL TVSNPFNA
      UAOCUNMN UAOCUNMX UAOCVMMN UAOCVMMX UASNAMN UASNAMX
      UBDICLSUMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SULSUMX SULSUMXL TVTKLSU
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdiclsu B_dhrlsuc B_dhrlsuc2 B_ehsve B_ehsve2 B_eshlsu
      B_eshlsu2 B_fa B_fklanf B_fklanf2 B_frini B_frini2
      B_hrlsaus B_hstlsua B_hstlsua2 B_hsv B_hsv2 B_iclsabg
      B_iclsabg2 B_kh B_lrhkp B_lrhkp2 B_lrmsbs B_lrmsbs2
      B_lrs B_lrs2 B_lsuiamn B_lsuiamn2 B_lsuiamx B_lsuiamx2
      B_lsuicif B_lsuicif2 B_lsuickf B_lsuickf2 B_lsuube B_lsuube2
      B_lsuunmn B_lsuunmn2 B_lsuunmx B_lsuunmx2 B_lsuvmmn B_lsuvmmn2
      B_lsuvmmx B_lsuvmmx2 B_nmot B_pusab B_pusab2 B_sa
      B_stend B_tal B_talval B_za B_za2 dfrza2_w
      dfrza_w frm2_w frm_w kusvk2_w kusvkft2_w kusvkft_w
      kusvk_w lamsons2_w lamsons_w msabg2_w msabg_w rinlsu2_w
      rinlsu_w tavvkm2_w tavvkm_w ua10mo2_w ua10mo_w ubrsq_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_diagia B_diagia2 B_eiclsu B_eiclsu2 B_ekusvk B_ekusvk2
      B_elsuwi B_elsuwi2 B_helsuip B_helsuip2 B_lsuabgl B_lsuabgl2
      B_lsudip B_lsudip2 B_lsuna B_lsuna2 B_lsurih B_lsurih2
      B_lsuril B_lsuril2 B_npsna B_npsna2 B_ocunvmc B_ocunvmc2
      B_rtahlsu B_rtahlsu2 B_spf3k B_spf3k2 diclsuAusBits1 diclsuAusBits2
      diclsuAusBits3 diclsuAusBits4
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lsumxtk B_lsumxtk2 B_lsuocun B_lsuocun2 B_lsuocvm B_lsuocvm2
      B_lsuumn B_lsuumn2 B_ocipll B_ocipll2 B_reocvm B_reocvm2
      B_zlsuia B_zlsuia2 dfrsna2_w dfrsna_w diclsuLokBits1 diclsuLokBits2
      diclsuLokBits3 frsnast2_w frsnast_w imlna2_w imlna_w thlsuip2_w
      thlsuip_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCA
    "1.10      Diagnose; Inspection Maintenance Code, allgemein"

    /begin IN_MEASUREMENT
      B_cdagr B_cdhsv B_cdldp B_cdlsv B_cdsls B_cdtes
      B_katfz B_kath B_pwf B_rdyagr B_rdyhs B_rdykat
      B_rdyls B_rdysls B_rdytes cd_bits1_w cd_bits2_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrrdy B_hsrdy B_kathrdy B_katrdy B_kkrdy B_lsrdy
      B_slsrdy B_tesrdy evsup1 ready
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCAGR
    "1.10      Diagnose; Inspection Maintenance Code, Abgasrückführsystem-Überwachung"

    /begin DEF_CHARACTERISTIC
      SRYAGR
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_rdyagr readyagr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCHLS
    "1.20      Diagnose; Inspection Maintenance Code, LS-Heizungsüberwachung"

    /begin DEF_CHARACTERISTIC
      SRYHS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_rdyhs readyhls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      cryhs
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCKAT
    "1.10      Diagnose; Inspection maintenance Code, Katalysatorüberwachung"

    /begin DEF_CHARACTERISTIC
      SRYKAT
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_rdykat readykat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      crykat
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCLSV
    "1.10      Diagnose; Inspection Maintenance Code, Lambdasonden-Überwachung"

    /begin DEF_CHARACTERISTIC
      SRYLS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_rdyls readylsv
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      cryls
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCSLS
    "1.10      Diagnose; Inspection Maintenance Code, Sekundärluftsystem-Überwachung"

    /begin DEF_CHARACTERISTIC
      SRYSLS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cwdslt B_cwdslty B_mslmin B_mslmin2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdysls readysls
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      crysls
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DIMCTES
    "4.80      Diagnose; Inspection Maintenance Code, Tankentlüftungssystem"

    /begin DEF_CHARACTERISTIC
      CWRDYTES
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_rdytes
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_rdytev
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DISTAB12
    ""

    /begin DEF_CHARACTERISTIC
      EBEN EBMISS_T EBMISS_Y
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_ebDavT B_ebDavY ebCtrNewT ebCtrNewY ebCtrOldT ebCtrOldY
      ebMissT ebMissY
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKATLRS
    "10.40     Eigendiagnose : Katalysatorkonvertierung"

    /begin DEF_CHARACTERISTIC
      ADKATNF AHKATMN AHKATMX AHKATS AHKATSB AHKTMXT
      AHKTTSW APEKTDX AVKATFS AZLRKTT CDKATLK CWKATUM
      DKATCW DMRKTD DRLKTDP DRLKTDPT HYKATA HYKATR
      KATBFML KATBFMN KATBFMNT KATBFN KATBFNM KATBFNP
      KATBFSX KATBFXM KATBFXT KATBSG KATBSH KATBSHF
      KATBSHG KFKABMT KLAZKTD KLAZTKKOR KLKABT KLTZKTD
      NDKTSO NDKTSOT NDKTSU NDKTSUT NKTDX RLDKTOT
      RLDKTSO RLDKTSU RLDKTUT TDKATAKT TDKATATT TEDKTLP
      TKGRADMX TMAXKAT TMINKAT TMNKATT TMSKTDO TMSUKTD
      TWDKATST TWKTDLP TWKTDTK TZLRKTT ZDKATAD ZDKATAF
      ZDKATSH ZDKTBD ZDKTBF ZKTDRL ZKTDTKM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SML05DKUB SNM05DKUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkat B_dlahieg B_dlahieg2 B_dsls B_dtes B_edkvs
      B_edkvs2 B_fa B_fakat B_fakat2 B_frmax B_frmax2
      B_frmin B_frmin2 B_ll B_lr B_lr2 B_lrhkp
      B_lrhkp2 B_lrka B_lrka2 B_mdarv B_mdkat B_pwf
      B_sbbhk B_sbbhk2 B_shab B_shab2 B_sls B_tehb
      B_ukg B_vlsuftb B_vlsuftb2 B_vlsumrb B_vlsumrb2 cd_bits1_w
      esst_sml05dkub esst_snm05dkub lamsoni2_w lamsoni_w ml ml_w
      nmot rl tikatm tikatm2 tkatm tkatm2
      tmst ushk ushk2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      avkatf avkatf2 azlrdkt B_dktlp B_vekat B_vekat2
      dmrdkt_w flgdkatlrs tc6kata tc6katc tc6katc2 tc6kats
      tc6kats2 tc6katw tc6katw2 tzlrdkt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ahkat ahkat2 ahkatn ahkatn2 ahktki2_w ahktki_w
      ahktnk ahktnk2 akatbn akatbn2 akatbnk akatbnk2
      apedkt apedkt2 B_dkini B_dkini2 B_dklpi B_dklpi2
      B_dktakt B_dktakt2 B_dkten B_dkten2 B_dktnr B_dktnr2
      B_dktpb B_dktpb2 B_dktsb B_dktsb2 B_dktsp B_dktsp2
      B_dktst B_dktst2 B_dktt B_dktt2 B_dkttk B_dkttk2
      B_ekats B_ekats2 B_erdkt B_erdkt2 B_szkat B_szkat2
      B_trig B_trig2 B_zkatb B_zkatb2 B_zkats B_zkats2
      B_zkatz B_zkatz2 dkatakt2_w dkatakt_w kakbmt kakbmt2
      katbf katbf2 katbfi2_w katbfi_w katbfs katbfs2
      katbftp katbftp2 katbshd2_w katbshd_w kbdkt2_w kbdkt_w
      rldkthp rldkthp2 tkdkte tkdkte2 tkdkth tkdkth2
      tkdkthp tkdkthp2 twdkttk2_w twdkttk_w urddktp urddktp2
      ushdktp ushdktp2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKMTR
    "1.51      Diagnose Kühlmittel-Temperatur-Regelung"

    /begin DEF_CHARACTERISTIC
      ANZFEHLER IKMTR JKMTR KUBERROR KUBHEAL LAERROR
      LAHEAL NEGABW POSABW THLKSLUE1 THLKSLUE2 TKSDLRSCTR
      TMN1DlUE1 TMN2DLUE1 TMN3DLUE1 TMNKSLUE1 UBKLEMN UBKLEMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee B_kl15 ubsq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dkmtrLokBits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bitbuffer B_ks_1 B_kub B_la B_maxtemp B_maxtemp1
      B_mintemp B_mintemp1 B_sigtemp B_sigtemp1 B_toggle CountMax_DKMTR_IMPL
      CountMin_DKMTR_IMPL CountSig_DKMTR_IMPL decj_alt dkmtrLokBits1 fehlerarray maxError
      minError sigError tkslue1 tkslue1h tksluetmp
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKRA
    "6.40      Diagnose; Klopfregelanschlag"

    /begin DEF_CHARACTERISTIC
      DKRAMX DKRAZ NDKRA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl B_kr B_krwa B_pwf nmot tpnt_aktiv
      zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      flmxctr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dkractr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKRNT
    "11.11     Diagnose; Klopfregelung, Nulltest (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKRNT CWDKROF DKROFN DKROKU KRFHT UDKRGOFS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DKROKD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dnt B_pwf B_stend igod_w ikrma nmot
      tmfln_w tpnt_aktiv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      xzskrnt xzskrof
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      xzkrznt xzkrzof
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKRS
    "29.121    Diagnose; Klopfsensor (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKS DNMOTFD KRFHKS KRZYLDIAG NDKSBET NDKSO
      NDKSU UDKSNO UDKSNU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SENZZYL SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fakrs B_kr B_krfdks B_krldy B_krndy B_pwf
      B_tmkr esst_snm16krub nmot rkr vkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rkrn_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ds B_ds2 ehks ehks_min ehlpks ehlpks_min
      nmotfd udksnoa_w udksnua_w xzkrzs xzsen zhlpks
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKRTP
    "11.11     Diagnose; Klopfregelung, Testimpuls (OBDII)"

    /begin DEF_CHARACTERISTIC
      CWDKRTP UDKRTP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KRFHT
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtp B_pwf ikrma ikrmet tpnt_aktiv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      xzskrtp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      xzkrztp
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKUPPL
    "1.40      Diagnose Kupplungsschalter"

    /begin DEF_CHARACTERISTIC
      AGANGW AKUPPLB TDKUPNOG VDKUPPLMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_lsd gangi S_kupp vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzgangw anzkupplb B_gangok
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DKVS
    "17.110    Diagnose; Plausibilitätsprüfung Kraftstoffversorgungssysteme"

    /begin DEF_CHARACTERISTIC
      CPLRA CWDKVSS DFRMST FRAE FRAODN FRAODX
      FRAUDN FRAUDX FRMSTTDN FRMSTTDX IMLKVSMX MLDKVSF
      MLDKVSG RKAE RKATDN RKATDX RKAZDN RKAZDX
      TFRA TFRAOZ TFRAUZ TFRMST TFRMZST TMFRST
      TRKA TRKATZ TRKAZZ ZFRMST
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkvs B_fa B_fakvs B_falra B_frao B_frau
      B_fraur B_fraur2 B_lr B_lr2 B_lra B_lra2
      B_lrare B_nofra B_norkat B_norkaz B_pwf B_rkat
      B_rkatr B_rkatr2 B_rkaz B_rkazr B_rkazr2 B_sa
      B_tal B_talval B_te cd_bits1_w frao2_w frao_w
      frau2_w frau_w frm2_w frm_w ml rkat2_w
      rkat_w rkaz2_w rkaz_w tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dkvsf B_dkvstr B_edkvs B_edkvs2 B_gae B_gaefra
      B_gaefra2 B_kvsffl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkvsef B_dkvsef2 B_dkvsfm B_dkvszf B_dkvszf2 B_efrao
      B_efrao2 B_efrau B_efrau2 B_erkat B_erkat2 B_erkaz
      B_erkaz2 B_frste B_frste2 B_gaeing B_gaeing2 B_imlkvse
      B_norkam B_plra B_rkam B_rkamr B_rkamr2 B_zfrao
      B_zfrao2 B_zfrau B_zfrau2 B_zrkat B_zrkat2 B_zrkaz
      B_zrkaz2 DKVS1lokbits DKVSbits DKVSlokbits frauzs2_w frauzs_w
      imlkvszs_w imlkvs_w rkam2_w rkamzs2_w rkamzs_w rkam_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLLR
    "28.140    Diagnose: Leerlaufregelung Erkennung blockierter Steller"

    /begin DEF_CHARACTERISTIC
      DASA DNDLLRO DNDLLRU FHDLLR RLMDVERL TADLLR
      TDLLR TDLLRMN TDLLRMX TDLLRNF TFDLLRO TFDLLRU
      TMDLLR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abmf B_cdllr B_dknolu B_dkpu B_dsls B_dtes
      B_ll B_llr B_lrar B_mdarv B_nldg B_nmot
      B_nswo1 B_sa B_st B_tehb cd_bits2_w dmllri_w
      dns fho limax_w limin_w mdverl_w rl
      tans tmot tnse_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dllr B_dllra
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lldia
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLSAHK
    "12.190    Lambdasondenalterungsüberwachung hinter KAT"

    /begin DEF_CHARACTERISTIC
      ANZDYNSH CWDLSAHK DLAMLASHF DLAMLASHM DMRLASH KMXSTG
      KTLAMSTEIG LAMLASHMIN LAMSONSVL LAMSTEIG MLLASH MLOSTEST
      MLUSSTG MLUSTEST MLUSVL SMLDYN TABGSTGK TLLASH
      TMLUSTESTH TRIPFASH TSALASH TTLASH TUSCHUB TUSENLASH
      TUSHKRFM TUSHKVL TUSHSMIN TUSLASH TUSMSVL TUSSA
      TUSTALLASH USHKVL USHLEAN USHRICH USHSTGMX USHSTSOLL
      USSCHUB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_atmtpk2 B_cdlash B_cwlshdyn B_cwlshsch B_cwlshvl
      B_dsls B_dtest B_edkvs B_edkvs2 B_evloc B_fa
      B_fash B_fash2 B_hsha B_hsha2 B_lr B_lr2
      B_lrhk B_lrhk2 B_lrhkp B_lrhkp2 B_lsh B_lsh2
      B_mdarv B_minflsh B_minflsh2 B_pwf B_sa B_sbbhk
      B_sbbhk2 B_stend B_tal B_talval B_vlsuftb B_vlsuftb2
      B_vlsumrb B_vlsumrb2 lamsbg2_w lamsbg_w lamsons2_w lamsons_w
      ml_w tahsom2_w tahsom_w ushk ushk2 usrhk
      usrhk2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dlash B_dlash2 B_dushkvl B_dushkvl2 B_dushsch B_dushsch2
      B_enlash B_enlash2 B_entest B_entest2 B_ktrlash B_ktrlash2
      B_lamlash B_lamlash2 B_lamverg B_lamverg2 B_lsahksp B_lsahksp2
      B_lshswok B_lshswok2 B_maxlash B_maxlash2 B_maxlavh B_maxlavh2
      B_mldyn B_mlustest B_sbbhkv B_sbbhkv2 B_teslash B_teslash2
      B_trfash B_trfash2 B_ushkf B_ushkf2 B_ushkm B_ushkm2
      dmrlash_w lamlash2_w lamlash_w mldyn_w ushfmxstg ushfmxstg2
      ushkmxstg ushkmxstg2 ushksteig zlash2_w zlash_w zwdynsh
      zwdynsh2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abgstg B_abgstg2 B_ddylash B_ddylash2 B_dlams B_dlams2
      B_dshk B_dshk2 B_dylash B_dylash2 B_enfmst B_enfmst2
      B_enmaxla B_enmaxla2 B_enramph B_enramph2 B_hshtpk B_hshtpk2
      B_lamend B_lamend2 B_lshkspe B_lshkspe2 B_lsulash B_lsulash2
      B_maxla B_maxla2 B_minlash B_minlash2 B_nolash B_nolash2
      B_nolavh B_nolavh2 B_npllash B_npllash2 B_reset_ushsch2 B_saagr
      B_siglash B_siglash2 B_steigm B_steigm2 B_uscherf B_uscherf2
      B_ushkmf B_ushkmf2 B_ushkrfm B_ushkrfm2 B_ushsch B_ushsch2
      B_usrhkmx B_usrhkmx2 B_vlsufm B_vlsufm2 dlams2_w dlams_w
      intlash2_w intlash_w lamtrip2_w lamtrip_w ushksteig2 usrhkmx
      usrhkmx2 usrhks usrhks2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLSH
    "26.240    Diagnose; Sondenbetriebsbereitschaft hinter Kat"

    /begin DEF_CHARACTERISTIC
      ANZHZKH ANZHZOFFH DLAMELSH DMRLSH DRISIGH DUSHKHZK
      RISIGRESH TAMDOGH TAMDUGH TAMSIGH TASIG TMSH
      TMSHA TNSTDNH TRSAFA TRSAH TRSE TTBMH
      TUSEHKH TUSHZFH TUSKS TUSMAX TUSTAL UBDLS
      USMAX USMIN USREFH USREFHKLT USREMH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_atmtpk2 B_cdlsh B_fa B_falsh B_falsh2
      B_hsha B_hsha2 B_hshe B_hshe2 B_lsh B_lsh2
      B_maxlash B_maxlash2 B_nmot B_st B_tal B_talval
      rinh2_w rinh_w tahsom2_w tahsom_w tmot tmotab
      ub ushk2_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_adsh B_adsh2 B_adshs B_adshs2 B_anzhzkh B_anzhzkh2
      B_anzhzoh B_anzhzoh2 B_dshen B_dshen2 B_elshbb B_elshbb2
      B_elshv B_elshv2 B_hzkfh B_hzkfh2 B_hzkhzyk B_hzkhzyk2
      B_minflsh B_minflsh2 B_nplflsh B_nplflsh2 B_risigh B_risigh2
      B_sbbhk B_sbbhk2 B_sigflsh B_sigflsh2 B_trsah B_trsah2
      B_ttbmhh B_ttbmhh2 B_uhsig B_uhsig2 B_zlshv B_zlshv2
      dmrlsh_w lamelsh2_w lamelsh_w zhzkh zhzkh2 zhzoffh
      zhzoffh2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hzoffh B_hzoffh2 B_lshklt B_maxflsh B_noadsh B_noadsh2
      B_nolsh B_nolsh2 B_sbbhkre B_sbbhkre2 B_tushzfh B_tushzfh2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLSHV
    "2.80      Diagnose ; Erkennung vertauschte Lambda-Sonde hinter KAT"

    /begin DEF_CHARACTERISTIC
      CWDLSHV DLAMHVF DLAMHVM KLTKTSTOER KLTUSHKV MLOKTV
      MLOSHKVERT MLUKTV MLUSHKVERT TLAMVERG TLRHKPAKT TLSHVER
      TLSHVOK TRIPLSHV TUSLSHV USHKVERTO USHKVERTU USHVO
      USHVU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avkatf avkatf2 B_cdlshv B_fa B_falshv B_lr
      B_lr2 B_lrhkp B_lrhkp2 B_sbbhkv B_sbbhkv2 frm2_w
      frm_w lamsbg2_w lamsbg_w ml_w ushk2_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamlshv B_lamlshv2 lamlshv2_w lamlshv_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      avkatfm B_fktlshv B_ktrshv B_ktrshv2 B_ktzykhv B_ktzykhv2
      B_mlktv B_nolshv B_npllshv B_telshv B_telshv2 frmshv2_w
      frmshv_w lamfrmv2_w lamfrmv_w tktstoer_w tushkv_w zlshver_w
      zlshvok_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLSSA
    "14.90     Signalausgabe Lambdasonden"

    /begin DEF_CHARACTERISTIC
      DLAHISATO DLAHISATU DYNLSUTO DYNLSUTU LAMSSAMN LAMSSAMX
      SAFK1 TWDLSSA USIVMAXH USIVMINH USMNSHMN USMNSHMX
      USMXSHMN USMXSHMX USRHKSHJ USRJ
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lrhk B_lrhk2 B_pwf dlahi2_w dlahi_w dynlsu2_w
      dynlsu_w lamsoni2_w lamsoni_w lamsons2_w lamsons_w ushk
      ushk2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dlahisa dlahisa2 dynlsusa dynlsusa2 lamsisa lamsisa2
      lamsosa lamsosa2 ushkj ushkj2 usmnshn usmnshn2
      usmxshn usmxshn2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      twdlssh2_w twdlssh_w ushkjf2_w ushkjf_w usmnsha usmnsha2
      usmxsha usmxsha2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLSUV
    "1.90      Erkennung vertauschte Lambda-Sonden vor Kat"

    /begin DEF_CHARACTERISTIC
      CWDLSUV FRDO FRDU TDLSVV TDWLSVV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdlsvv B_fa B_lrs B_lrs2 frm2_w frmn_w
      frmx_w frm_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_elsuv dlsuvAusbits
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DLUES1E
    "1.40      Endstufendiagnose Lüftersteuerung 1"

    /begin DEF_CHARACTERISTIC
      TLUE1ZYF TVLUES1MN TVLUES1MX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee tvlues1
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enlues B_enlues1 dlues1eAusBits
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDAPP
    "1.30      Diagnose misfire detection: Applikationsfunktion"

    /begin IN_MEASUREMENT
      B_analu B_dluerk B_fodon B_fofd B_fofdis B_fofdr
      B_fofr B_fofr1 B_fofr2 B_fofr3 B_fofr4 B_fofrun
      B_fofrun0 B_fofstp B_fohe B_fohold B_fondis B_fonstp
      B_for B_forn B_forun B_forun0 B_lfzyl1 B_luaerk
      B_luerk B_lustop B_mddrla B_mdmi B_mdng B_mdnmn
      B_mdnmx B_mdstim B_mdstop B_mdtnst B_milstp B_plok
      B_tnalu B_zylind
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      fdmd ffof1 ffof2 ffon1 ffon2 flg
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDDLU
    "8.40      Diagnose Misfire Detection Differenzbildung der Laufunruhe"

    /begin DEF_CHARACTERISTIC
      DLURMIN DMXRDL KFDLUR KFDLUR1 KFDLUR2 KFDLURS
      NMIDLU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_lustop B_mdstop B_wk B_wkr dlutsk_w
      esst_smi08dm1ub esst_smi08dmub esst_snm08dm3ub esst_snm08dmub flurktm_w fofstat
      fonstat midmd nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dluerk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dlurs_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDFOF
    "1.30      Diagnosis Misfire Detection Fuel-off Adaptation"

    /begin DEF_CHARACTERISTIC
      ALFOF ANWFOST ANWSTP CDFO CDFOMOD FLFOF
      FOFAKT FS1FOF FS2FOF KLCFOF1N KLCFOF2N KLCFOF3N
      LURFOST SLFOFO1N SLFOFO2N SLFOFO3N SLFOFU1N SLFOFU2N
      SLFOFU3N
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM04DM1UB SNM04DM2UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_cdmd B_cvt B_fofstp B_fonresf B_mdzgstp
      B_pwf esst_snm04dm1ub esst_snm04dm2ub esst_snm04dm3ub esst_snm05dm1ub esst_snm05dm2ub
      esst_snm05dm3ub lunw_w nmot tsroh_w zzyldmd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fofd B_fofdis B_fofdr B_fofr B_fofr1 B_fofr2
      B_fofr3 B_fofr4 B_fofrset B_fofrun B_fofrun0 B_folunw
      B_fomod B_fonresd B_zylind fofstat tsk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anwfofs anwst B_mdzyl1 cfof flmxof_w flnof1
      flnof2 flnof3 flnof4 flnof5 flpof1 flpof2
      flpof3 flpof4 flpof5 fofresz fseof1 fseof2
      fseof3 fseof4 fseof5 fseof_w fsof1 fsof2
      fsof3 fsof4 fsof5 idxfofl idxfofn slfofo_w
      slfofu_w xs
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDFON
    "8.40      Diagnosis Misfire Detection Fuel-on Adaptation"

    /begin DEF_CHARACTERISTIC
      ALFO ANWFOHE DFSEFO1N DFSEFO2N DFSEFO3N DFSERES
      FLFO FS1FO FS2FO KFCFO1 KFCFO2 KFCFO3
      MDERFOKH MDERKFON NMNFSE SLFOO1N SLFOO2N SLFOO3N
      SLFOU1N SLFOU2N SLFOU3N TNSTFON
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ANWFOST CDFO SNM08DM1UB SNM08DM2UB SNM08DM4UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_cdmd B_cvt B_fofr1 B_folunw B_fomod
      B_fonresd B_fonresz B_fonstp B_kh B_mderk B_mdstop
      B_pwf esst_smi03dm1ub esst_smi03dm2ub esst_smi03dm3ub esst_smi04dm1ub esst_smi04dm2ub
      esst_smi04dm3ub esst_snm08dm1ub esst_snm08dm2ub esst_snm08dm4ub esst_snm09dm1ub esst_snm09dm2ub
      esst_snm09dm3ub fzabgs_w lunw_w luts_w nmot nmot_w
      tnst_w zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fodon B_fohe B_fohold B_fondis B_fonresf B_fonrset
      B_for B_forn B_forun B_forun0 B_plok fonstat
      fse_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anwfoh anwfos B_for00 B_for01 B_for02 B_for03
      B_for04 B_for05 B_for06 B_for07 B_for08 B_for09
      B_for10 B_for11 B_for12 B_for13 B_for14 B_for15
      B_for16 B_for17 B_for18 B_for19 B_for20 B_for21
      B_for22 B_for23 B_fordo B_forn01 B_forn02 B_forn03
      B_forn04 B_forn05 B_forn06 B_forn07 B_forn08 B_plok01
      B_plok02 B_plok03 B_plok04 B_plok05 B_plok06 B_plok07
      B_plok08 B_plokn cfoxx dfse dfseresz flmx_w
      fln0 fln1 fln2 fln3 fln4 fln5
      flp0 flp1 flp2 flp3 flp4 flp5
      forbits1 forbits2 forbits3 fornbits fs0 fs1
      fs2 fs3 fs4 fs5 fse0 fse1
      fse2 fse3 fse4 fse5 idxfob idxfol
      idxfomi idxfon plokbits zgstresz
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDLAD
    "6.40      Logic and Delay; Log. Verknüpfung versch. Blöcke zur Aussetzererkennung"

    /begin DEF_CHARACTERISTIC
      ANALUN ANALUST TNALU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dluerk B_dopzue B_luaerk B_luerk B_lustop B_mdstop
      B_milstp B_optpherk B_stpon esst_snm08dmub nmot zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_analu B_mderk B_tnalu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fanalun
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDLFB
    "1.30      Diagnose Misfire Detection Berechnung Laufunruhe luts und gefilterte fluts"

    /begin DEF_CHARACTERISTIC
      FLUTN FLUV1 NFLUV NINITSK NMNTKOMP
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lustop B_mdzag B_mdzgstp nmot nmot_w tnst_w
      tsk_w zzyldmd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lfzyl1 B_mdstim dluts_w flutszyl_w fluts_w lunw_w
      lutszyl_w luts_w tskdelay tskx3exp tskx3_w zzyllfb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      arimean_w B_mntkomp tkomp_w tsmxkomp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDLFK
    "1.40      Diagnose Misfire Detection Korrektur der Laufunruhe luts und fluts"

    /begin IN_MEASUREMENT
      B_fokstp B_mdstop dluts_w flutszyl_w fse_w lutszyl_w
      zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dlutsk_w flutskzy_w flutsk_w lutskzyl_w lutsk_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDLU
    "6.40      Diagnose misfire detection; Laufunruhe"

    /begin DEF_CHARACTERISTIC
      DMXRLU FIAMALU FIMALU KFAMAL KFAMAL1 KFAMAL2
      KFLURB KFLURB1 KFLURB2 KFLURBS KFLURBV KFLURM
      KFLURM1 LURBMI LURKTM LURMIN1 LURMIN2 LURMIN3
      LURST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_analu B_faan B_fan B_fokstp B_ll B_lustop
      B_mdstop B_wk B_wkr esst_smi08dm1ub esst_smi08dmub esst_snm08dm3ub
      esst_snm08dmub fofstat fonstat lutsk_w midmd midmd_w
      nmot tmot tnst_w tskx3exp tskx3_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_luerk flurktm_w flurmin_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      famal flurb_w lums_w lurms_w lurs_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDLUA
    "5.40      Diagnose Misfire Detection Laufunruhe Abstandsmass"

    /begin DEF_CHARACTERISTIC
      DMXRFL KFLUAR KFLUAR1 KFLUAR2 KFLUARS KFLUARV
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DM1UB SMI08DMUB SNM08DM3UB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lustop B_mdstop B_wk B_wkr esst_smi08dm1ub esst_smi08dmub
      esst_snm08dm3ub esst_snm08dmub flurmin_w flutsk_w midmd nmot
      zzyllfb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_luaerk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      luarmn_w luaroff_w luar_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDMIL
    "11.10     Fehlerbehandlung der Aussetzererkennung, Ansteuerung der MIL und Heilung"

    /begin DEF_CHARACTERISTIC
      AHEAGW AHEAGWS AHEARV AHEKA AHEKS1B1 AHEKS1B2
      AHEKSB1 AHEKSB2 AINTKAN AZYTIAB CWDALA CWDMDE
      FAINTEN FASKIV1 KFKSWF MILANTI TMASKIV1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM08DMUB TMWUC
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bbdcy B_cdmd B_milstp B_pwf B_synph esst_snm08dmub
      esst_stm06llub midmd nmot nstat tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      afmimn afmimx afnmn afnmx aftmimn aftmimx
      aftnmn aftnmx ahearv_w aint azycnt bbdmdmil
      bbsp1 bbsp2 bfmimn bfmimx bfnmn bfnmx
      B_abgien B_afklt B_aftklt B_aftwrm B_afwrm B_bfklt
      B_bfwrm B_blkmd B_mdarv B_mdarvb1 B_mdarvb2 B_mdkat
      B_mdkatb1 B_mdkatb2 B_milmd B_sp1 B_sp2 B_tiab0
      B_tiab1 B_tiab2 B_tiab3 B_tiab4 B_tiab5 flgtiab
      fzabgs_w fzabg_w fzarv_w fzkats1_w fzkats2_w fzkats_w
      fzkat_w ivzabg_w ivzaint_w ivzarv_w ivzkat_w kswf
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      aintkamin anzainten fivzabg flgkat_w fzmd zzuend
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDSTP
    "13.70     Diagnose Misfire Detection; Stopbedingungen"

    /begin DEF_CHARACTERISTIC
      AVRALU AZSTLU AZSTPON CWSTDMD CWSTPCNF DRLSOLA
      DRLSOLST KLMISALULL KLTALUST MISALUN NGALUN NGALUST
      NMIALU NMXALU NSTDMD SFONTM TAMIALU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI08DMUB SNM08DMUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asc_reg B_autget B_cdmd B_dkpu B_dtest B_edkvs
      B_edkvs2 B_eev B_enws B_evasel B_evloc B_fbm
      B_fofrset B_fomod B_fonrset B_koe B_kuppl B_ll
      B_mdarv B_mdein B_mderk B_nldg B_nws B_phsnl
      B_sa B_st B_su B_swe_c B_synph B_tehb
      B_tsroov B_wk B_wkr esst_smi08dmub esst_snm08dmub midmd
      ngfil_w nmot nmot_w rlgas_w tadtea tans
      tmot tmst tnst_w tskdelay vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fofstp B_fokstp B_fonstp B_lustop B_mdstop B_mdzgstp
      B_milstp B_stdmd B_stpon B_swe
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_com1 B_com2 B_com3 B_fontm B_mddrla B_mdmi
      B_mdng B_mdnmn B_mdnmx B_mdtnst favralu wlustop_w
      wmilstp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDTSB
    "6.40      Diagnosis Misfire Detection Segmentzeitbildung"

    /begin DEF_CHARACTERISTIC
      KAMFZ ZYLKOR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_trev_inc trevovCtr zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nlphdly B_tsroov tsroh_w zzyldmd
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMDZAG
    "2.20      Diagnose misfire detection: Aussetzergenerator"

    /begin DEF_CHARACTERISTIC
      CWDMDZAG KFMODI RANDSEED ZAGRUN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_mdstop zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mdzag B_reini B_zagrun B_zagstp flgstign_w flgstinj_w
      flgst_w ignitioz_w lastmodz_w misfirez_w modez_w nwnumbz_w
      pausez_w randreg_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdend xkfmodi ykfmodi
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DMFB
    "16.10     OBDII; MIL fremdbestimmt"

    /begin DEF_CHARACTERISTIC
      TDMFB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_milfb B_stend
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNMAX
    "4.23      Diagnose; Plausibilitätsprüfung Maximaldrehzahl Überschreitung"

    /begin DEF_CHARACTERISTIC
      CWDNMAX NMAXF TDNX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmaxfc_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWKW
    "5.41      Diagnose Zuordnung der Nockenwelle zur Kurbelwelle"

    /begin DEF_CHARACTERISTIC
      TDNWSP WNWSPMN WNWSPMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      WNWRPS WNWRPS2
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_phad B_phad2 B_spsa B_spsa2 wnwsp2_w wnwsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwkv dnwkwNvBits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dwnwsp2_w dwnwsp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWSAUS
    "4.80      Diagnose Nockenwellensteuerung (Auslaßseitig)"

    /begin DEF_CHARACTERISTIC
      DWNWDHYSA KFDWNWDMXA KFTDDNWNPA NWFDECA NWFINCA NWFMXA
      NWFSPLA WNWHA ZKNWVDA ZKNWVDSA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdanws B_dnwsa B_fanwftva B_fanwstaa B_fanwta nmot_w
      toelk_w wnwa_w wnwsa_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enwsva B_fanwtza B_fnwstva B_hlanws B_lcnpanw nwfctrnpa
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwnpoka dwnwdmxa_w dwnwfda_w tddnwnpa_w wnwfda_w wnwsanp_w
      wnwsfda_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWSEAUS
    "1.30      Diagnose: Endstufe Nockenwellensteuerung (Auslaßseitig)"

    /begin REF_CHARACTERISTIC
      TANWESTMN TANWESTMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee tanwra
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_anwsea lokBits_anwsea
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWSEEIN
    "1.30      Diagnose der Nockenwellenendstufe (einlaßseitig)"

    /begin DEF_CHARACTERISTIC
      TANWESTMN TANWESTMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee tanwre
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enwsea lokBits_enwsea
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWSEIN
    "4.80      Diagnose Nockenwellensteuerung (Einlaßseitig)"

    /begin DEF_CHARACTERISTIC
      DWNWDHYSE KFDWNWDMXE KFTDDNWNPE NWFDECE NWFINCE NWFMXE
      NWFSPLE WNWHE ZKNWVDE ZKNWVDSE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdenws B_dnwse B_fanwftve B_fanwstae B_fanwte nmot_w
      toelk_w wnwe_w wnwse_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enwsve B_fanwtze B_fnwstve B_hlenws B_lcnpenw nwfctrnpe
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwnpoke dwnwdmxe_w dwnwfde_w tddnwnpe_w wnwfde_w wnwsenp_w
      wnwsfde_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DNWSZF
    "1.20      Diagnose Nockenwellensteuerung Fehlerzusammenfassung"

    /begin IN_MEASUREMENT
      B_fnwstva B_fnwstve
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enws B_enwsa B_enwse B_fnwaktv B_fnwaktva B_fnwaktve
      dnwszfausbits0
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DPH
    "22.30     Diagnose; Plausibilitätsprüfung Phasensensor"

    /begin DEF_CHARACTERISTIC
      PHNOKA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_motstop B_nldg B_phad B_phad2 B_phas2 B_phase
      B_pwf B_st B_stend B_zztab zrph zrph2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nophnldg B_phsok B_phsok2 B_switchpg B_vereph B_vereph2
      phpw phpw2 zphnok zphnok2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_phexor B_phexor2 B_phregok B_phregok2 dphBits
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DPLLSU
    "1.90      Plausibilitätsdiagnose LSU"

    /begin DEF_CHARACTERISTIC
      CWPLLSU DLAHPPLMN DLAHPPLMN2 IMLHEMN IMLHEMN2 IMLHEMNFA
      IMLHEMNFA2 IMLPLCMN IMLPLCMN2 IMLPLCMNB IMLPLCMNB2 LAMMN
      LAMMX LASPLCFT LASPLCMR LSUNAMN LSUNAMX NLRFKEFDMX
      SDLAOFMN SDLAOFMN2 SDLAOFMX SDLAOFMX2 TVHELSUF TVLSUEK
      TVLSUEK2 TVLSUOF TVLSUOF2 TVLSUPER TVLSUPER2 TVSNPF
      TVSNPF2 USHKFT USHKMR ZLAMFT
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdpllsu B_fa B_fapllsu B_frmax B_frmax2 B_frmin
      B_frmin2 B_lamverg B_lamverg2 B_lrhk B_lrhk2 B_lrhkp
      B_lrhkp2 B_lrka B_lrka2 B_lrs B_lrs2 B_lshswok
      B_lshswok2 B_lsudip B_lsudip2 B_maxlavh B_maxlavh2 B_sbbhk
      B_sbbhk2 B_sbbvk B_sbbvk2 B_stend dlahi2_w dlahi_w
      dlahp2_w dlahp_w lamsoni2_w lamsoni_w lamsons2_w lamsons_w
      msabg2_w msabg_w ushk2_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_elaof B_elaof2 B_lsulone B_lsulone2 B_vlsuftb B_vlsuftb2
      B_vlsumrb B_vlsumrb2 B_vlsunp B_vlsunp2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dlahimn B_dlahimn2 B_dlahimx B_dlahimx2 B_elaofmn B_elaofmn2
      B_elaofmx B_elaofmx2 B_helsuf B_helsuf2 B_hepllsu B_hepllsu2
      B_hpllsue B_hpllsue2 B_lshkpft B_lshkpft2 B_lshkpmr B_lshkpmr2
      B_lsuft B_lsuft2 B_lsufta B_lsufta2 B_lsuftb B_lsuftb2
      B_lsumr B_lsumr2 B_lsumra B_lsumra2 B_lsumrb B_lsumrb2
      B_lsuoffe B_lsuoffe2 B_lsuoffs B_lsuoffs2 B_lsupft B_lsupft2
      B_lsupmr B_lsupmr2 B_plenvh B_plenvh2 imlfta2_w imlfta_w
      imlftb2_w imlftb_w imlmra2_w imlmra_w imlmrb2_w imlmrb_w
      imlplhe2_w imlplhe_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DPS
    ""

    /begin IN_MEASUREMENT
      B_dbuken
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DSELHFS
    "2.10      Selektion Diagnose Hauptfüllungssensor"

    /begin IN_MEASUREMENT
      B_dssakt B_ehfm B_heahfmlm B_hfm B_mnhfmlm B_mszsdkb
      B_mxhfmlm B_nplhfmlm
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ehfs B_fedkb B_fhfs
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DSGEEP
    "20.10     Diagnose; Plausibilitätsprüfung SG-EEPROM"


/end FUNCTION

/begin FUNCTION

    DSLPE
    "9.20      Diagnose; Sekundärluftpumpe Endstufe"

    /begin IN_MEASUREMENT
      B_desee B_slp
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DSLSLRS
    "4.370     Diagnose Sekundärluftsystem mit stetiger Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      ANZRMSL CWDSLSA CWDSLSAD CWDSLSY DFRMOFNML DFRMOFNXKT
      DFRMOFPML DFRMOFPXKT DFRMSLS DMSDRLTM DSLVFZMN DTMDSLA
      FBWRMSL FHODSL FMSLAMN FMSLAMX IMLATDSL IMLATDSLK
      IMLDSL KLMLDSLAMX KLMLDSLKMX KLMLDSLMX KLMLDSLOMX MLWDSLAMN
      MLWDSLKMN MLWDSLMN MLWDSLOMN MSLBAS MSLVMX MSLVMXK
      MSLVMXX MSLVMXXK RMSLMN RMSLMNK RMSLMNST RMSLMXST
      RMSLPMN RMSLTMN TANDSLMN TANDSLMX TC6CSL TC6CSL2
      TC6CSLF TC6CSLF2 TC6CSLK TC6CSLK2 TC6CSLN TC6CSLN2
      TC6CSLV TC6CSLV2 TDASTAT TDDSLSFG TDFGSLA TDFGSZSLS
      TDMSLMN1 TDMSLMN4 TDMSLMNK TDMSLOF3 TDMSLOF5 TDMSLOFK
      TDMSLV TDMSLVK TDPH2SLOF TDPHSLOF TDSLMDRL TDSLMVBA
      TFIMSLI TFIMSLIK TFIMSLO TFIMSLOK TFIMSLV TFIMSLVK
      TKATDSL TMDSLAMN TMDSLMN TMDSLMX TMSLADAP TMSLIFT
      TMSLIFT1 TMSLIFTK TNOMF2 TNOMF3 TNOMF5 TNSTDSL
      TSBVDSLTMS TWDSLTM TWHLSLP TWMLFE TWMSLMIN ZDSLAMX
      ZKFRMSLS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bag B_bkvleer B_cdsls B_edkvs B_edkvs2 B_evloc
      B_fa B_fasla B_hag B_kh B_kha B_ll
      B_lrs B_lrs2 B_mdarv B_nmot B_pwf B_sbblsu
      B_sbblsu2 B_slp B_sls B_slsadap B_slsfz B_slsoff
      B_st B_stend B_te B_vag E_lm E_slpe
      E_slve E_ta E_tes E_tm fho_w frm2_w
      frm_w imlatm_w imlpr lamsbg2_w lamsbg_w lamsoni2_w
      lamsoni_w mlbb2_w mlbb_w ml_w msl msl2
      rl_w tans tikatm tkatm tmot tmotab
      tmst tnse_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_cwdslty B_dsl1 B_dsl4 B_dsla B_dslfa B_dslfrg12
      B_dsls B_dslsp4 B_dspe B_esls B_fgadllfr B_mslmn
      B_mslpmn B_mslpmn2 B_sla DSLSLRSausbits DSLSLRSausbits2 DSLSLRSausbits3
      fmsla fmsla2 m6amsl m6cmsl m6cmsl2 m6cmslv
      m6cmslv2 m6smsl2_w m6smslv2_w m6smslv_w m6smsl_w m6wmsl2_w
      m6wmslv2_w m6wmslv_w m6wmsl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzmsls2_w anzmsls_w B_anzsls B_anzsls2 B_astat B_astat2
      B_cwdslt B_cwdsltfa B_cwsla B_dfrmoe B_dfrmoe2 B_dfrmoff
      B_dfrmoff2 B_dsl B_dsl1ab B_dsl1e B_dsl2 B_dsl2ab
      B_dsl2e B_dsl3 B_dsl3ab B_dsl3e B_dsl45 B_dsl4ab
      B_dsl4e B_dsl5 B_dsl5ab B_dsl5dly B_dsl5e B_dslerr
      B_dslfrg B_dslfrg2 B_dslm B_dslmab B_dslme B_dslmes
      B_dslo B_dsloab B_dsloe B_dslp4 B_dslp42 B_dsltab
      B_dslte B_dsper B_dspes B_errmsl B_errmsl2 B_errofs
      B_errofs2 B_eslsp B_eslsp2 B_eslvp B_eslvp2 B_faslarq
      B_faslaset B_fgszsla B_fgszsla2 B_fgszsls B_fgszsls2 B_meaoper
      B_mesausw B_mesausw2 B_mess B_mess2 B_mnslspr B_mnslspr2
      B_mslmin B_mslmin2 B_mxslvpr B_mxslvpr2 B_phend B_rmsl
      B_rmsl2 B_slar B_slarq B_slas B_slsofw B_szsls
      B_trfasla B_trzfasla B_zslsp B_zslsp2 B_zslvp B_zslvp2
      dfrmoff2_w dfrmoff_w dmsldrl_w DSLSLRSLokBits1 DSLSLRSLokBits1a DSLSLRSLokBits2
      DSLSLRSLokBits2a DSLSLRSLokBits3 DSLSLRSLokBits3a DSLSLRSLokBits4 DSLSLRSLokBits4a DSLSLRSLokBits5
      DSLSLRSLokBits5a DSLSLRSLokBits_6 fmslav fmslav2 frm2frz_w frmfrz_w
      mslift mslift2 mslnenn mslnenn2 mslnf mslnf2
      mslnt mslnt2 mslt2_w mslt_w mslv2_w mslvft2_w
      mslvft_w mslvt2_w mslvt_w mslv_w rmsl rmsl2
      rmslf rmslf2 rmslt rmslt2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DSLVE
    "11.10     Diagnose; Plausibilitätsprüfung Sekundärluftventil-Endstufe"

    /begin IN_MEASUREMENT
      B_desee B_slv
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DSWEC
    "5.20      Schlechtwegerk. aus Rad-Beschl.,-> mittels CAN von ABS SG zu Motronic"

    /begin DEF_CHARACTERISTIC
      FABSALU FIBSALU FSWALUV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bsc B_cdswe cd_bits1_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_swe_c
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bssp fswares
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTANKL
    "3.20      Diagnose OBDII Fehler auf Grund eines leeren Tanks"

    /begin DEF_CHARACTERISTIC
      TVTANKL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdtankl B_sp1 B_tal cd_bits1_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_asent B_asetl B_asknt B_asktl B_first B_frao2nt
      B_frao2tl B_fraont B_fraotl B_frau2nt B_frau2tl B_fraunt
      B_frautl B_ntal B_rkat2nt B_rkat2tl B_rkatnt B_rkattl
      B_rkaz2nt B_rkaz2tl B_rkaznt B_rkaztl B_second B_sp1_old
      B_tal01 B_tal_old E_ase_fsp E_ase_old E_ask_fsp E_ask_old
      E_frao2_fsp E_frao2_old E_frao_fsp E_frao_old E_frau2_fsp E_frau2_old
      E_frau_fsp E_frau_old E_rkat2_fsp E_rkat2_old E_rkat_fsp E_rkat_old
      E_rkaz2_fsp E_rkaz2_old E_rkaz_fsp E_rkaz_old E_tankl_old tankl_E_w
      tankl_fsp_w tankl_nt_w tankl_tl_w tankl_Z_w tz Z_ase_old
      Z_ask_old Z_frao2_old Z_frao_old Z_frau2_old Z_frau_old Z_rkat2_old
      Z_rkat_old Z_rkaz2_old Z_rkaz_old
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTEV
    "32.220    Diagnose Tankentlüftungsventil (OBDII)"

    /begin DEF_CHARACTERISTIC
      APDTEFRE APDTEVX AVDTEVX CLDPTVC CWDTEAPP CWDTEV
      CWUTEKU DDFDTEAB DFRMDTEE DFRMDTEF DFRMDTEM DMLDTEFN
      DMLDTEFX DMLDTEMN DMLDTEMX DMSNTEMN DMSNTEMX DMVTEVDO
      DNDTEO DNDTEU DNNSOL ETAZWTEN FHODTEA FKADPMN
      FRMDPMO FRMDPMU FRMDTEVO FRMDTEVU FTEADDPO FTEADDPU
      FTEADSZ IMSDTEVA KFDETATE KFTVFRR KIDMSNTE KIRMSMS
      MLDTEFPF MLDTEPF RKADTEVO RKADTEVU RMSTEVIO RMSTEVMN
      RMSTEVMX TADTEAMX TADTEMX TC6TECL TC6TECNL TC6TECP
      TC6TECRF TC6TECRM TDTEFA TDTESZO TDTESZU TDTEZAM
      TFRMDTEE TMDTEU TMEWDTEU TMNST TMUDTEU TPERDTE
      TSTM TTEVAZ TVDTEABG TVDTEB TVDTEE TVDTELLA
      TVDTEVP TVDTEVPM TVDTEVZ ZDFFDTE ZFNMOT ZFRMFIL
      ZFRMXAF ZKRMSTEV ZMLETAN ZMSTEDTE ZRLTEDTE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdtes B_dllra B_dsls B_edkvs B_edkvs2 B_enws
      B_fa B_fates B_fs B_gae B_gap B_grdst
      B_hag B_koe B_ll B_llr B_lr B_lr2
      B_m8te B_mdarv B_nldg B_nmot B_nswo1 B_pwf
      B_sls dfuelsan_w dmvad_w etazwist fho_w fkatei
      fklaf_w frmit_w frmn_w frmxa_w frmx_w ftead_w
      ftefsoll_w ftvdk imsteini kldfpwm ml ml_w
      msndkoo_w mstedte nmot_w nsol rkat_w rkaz_w
      tans tateout tmew tmot tnse_w tumg
      umsrln_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      apdtev avdtev azpdtefre B_dteaa B_dteaam B_dtefrr
      B_dtes B_dtest B_ftedab B_rmsval dmsnte_w DTEVNonVolbits
      frdter_w rltedte_w rmstev_w tadtea tadteazs tc6tesc
      tc6tess tc6tesw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dteaab B_dteabu B_dteanfl B_dteend B_dteendl B_dteenf
      B_dtefre B_dtelab B_dtelbm B_dtelbr B_dtelnm B_dtelnmb
      B_dtelnmv B_dtenam B_dtephm B_dtepm B_dterab B_dterap
      B_dteres B_dternm B_dtezam B_teviol B_teviolm B_teviop
      B_tevior B_tevnio B_tevniom B_tumanst detazwte dkldfpwm_w
      dmletanf_w dmletanu dmletan_w etazwif etazwkte frmfdif_w
      frmfref_w frmitf_w frmxaf_w fthozs_w mletanzs_w mletan_w
      msdkoo_w mstedtef_w nmotdtf_w rmstevf_w rmstevuf_w tdtesta
      tdtetevo tntevzu tumanst tvfrrdte
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTEVE
    "9.30      Diagnose; Tankentlüftungsventil - Endstufe"

    /begin IN_MEASUREMENT
      B_desee tateout
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_atev B_ztev
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTIP
    "1.30      OBDII; Tester-Interface Package"

    /begin IN_MEASUREMENT
      cw_erfil fcmEnd FCMTab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ffzdfp
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTOP
    "2.10      Diagnose; Betriebszeit"

    /begin IN_MEASUREMENT
      B_nmot B_pwf
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      topl_w topsec_w top_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DTRIG
    "1.10      OBDII; Auswählbare Trigger für Fehlerpfad-Management"

    /begin IN_MEASUREMENT
      bbdcy bbno bbsp1 bbsp2 bbsp3 bbtim
      bbwuc
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DUF
    "6.60      Diagnose aus der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      DUF_T NMN_DUF
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ehfs B_fgr B_fgr_um B_i_ska_um B_mibeg B_msr
      B_nomsr_um B_nosgs_um B_notlu_fr B_pwgnotfr B_sgs B_sp1s
      B_sp2s B_spsmin B_ub_ok B_wdk2sel ei_adcc_um ei_ipa_um
      ei_mver_um ei_nc_um ei_reac_um ei_rlc_um ei_rlip_um ei_spsc_um
      ei_ubr_um ei_varc_um ei_zwc_um mi_um nmot_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      duf_c egaspfad ei_dufska mi_duf mpfad skapfad
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dufzok
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DULSU
    "1.90      Spannungsüberwachung stetige Lambdasonde"

    /begin DEF_CHARACTERISTIC
      SULSULUFT SULSULUFTL SULSUMX SULSUMXL TVLSULUFT TVTKLSU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdulsu B_evloc B_fa B_fklanf B_fklanf2 B_hstlsua
      B_hstlsua2 B_sls B_stend B_tal B_talval lamsons2_w
      lamsons_w ua10mo2_w ua10mo_w
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_heulsu B_heulsu2 B_luft B_luft2 B_vluft B_vluft2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DUMWEX
    "4.10      Diagose; Erweiterte Umweltbedingumgen"

    /begin IN_MEASUREMENT
      kmstand_w top_w
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DUR
    "1.30      Diagnose aus der Rechnerüberwachung"

    /begin DEF_CHARACTERISTIC
      DURNPRST_A
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      rstpfad
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      durnprst_c rstMon_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DVFZ
    "17.10     Diagnose: Plausibilitätsprüfung Fahrzeuggeschwindigkeit"

    /begin DEF_CHARACTERISTIC
      NDV NDVO TDV TMDV VDMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sa nmot tmot vfzroh_w
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DWUC
    "14.20     OBDII; Erfüllung Bedingung 'warm up cycle'"

    /begin DEF_CHARACTERISTIC
      DTMWUC TMWUC TMWUCST
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bbwuc B_nowuc B_wuc wuccnt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tmstem
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DZUEET
    "1.30      Diagnose Zuendendstufentreiber"

    /begin DEF_CHARACTERISTIC
      DZUPHL DZUPKSMS DZUPKSUB DZUPSIG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ESKONF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_desee zndact zndsucc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzuhlzl dzuksmszl dzuksubzl dzusigzl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    DZWPE
    "1.10      Endstufendiagnose; Relais für Zusatzwasserpumpe"

    /begin IN_MEASUREMENT
      B_desee B_zwp
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ECUDEV
    "1.10      Erkennung von Applikationssteuergeräten"

    /begin OUT_MEASUREMENT
      B_ecudev
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    _EEPROM
    "11.30     EEPROM-Behandlung"


/end FUNCTION

/begin FUNCTION

    ESFAK
    "5.10      Berechnung Anreicherungsfaktoren für %ACIFI"

    /begin DEF_CHARACTERISTIC
      FZASUN0 FZASUN1 FZASUN2 FZASUN3 FZASUN4 FZASUN5
      FZNASUN0 FZNASUN1 FZNASUN2 FZNASUN3 FZNASUN4 FZNASUN5
      TVFZSU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16CIUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      esst_snm16ciub nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fnmes0 fnmes1 fnmes2 fnmes3 fnmes4 fnmes5
      tvfzsu_t
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESGRU
    "23.30     Grundeinspritzungen"

    /begin DEF_CHARACTERISTIC
      FRKAP KFLF
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot rl vsfrk vstfrk
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fgru
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESNSWL
    "3.50      Einspritzung Nachstart und Warmlauf"

    /begin DEF_CHARACTERISTIC
      FNSHO FNSSM FWSTAB1 FWSTAB2 FWSTAB3 FWSTAS1
      FWSTAS2 FZANSSA1 FZANSSA2 FZANSSM1 FZANSSM2 FZANSSM3
      KFFWL KFFWLRL KFFWLW KFKATI KFNSA KFNSWRL
      KFWLHO KFWNSNW KFWSTAARL KFWWLML KFWWLNW KFWWNS
      KLZANSFHO SZANSSM1 SZANSSM2 ZDGZA1 ZDGZA2 ZDGZA3
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      FHO04ESUB SIM06ESUW SKS06ESUB SNM06ESUB SRP06ESUB STA06ESUB
      STM12ESUB STS08ESUB STS12ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib1_w B_hst B_staa B_stendes B_wks esst_fho04esub
      esst_sim06esuw esst_sks06esub esst_snm06esub esst_srp06esub esst_sta06esub esst_stm12esub
      esst_sts08esub esst_sts12esub fho fwnwvs_w imlatm_w kstaa
      nmot rlp tabst_w tans tmot tmst
      vstfns vstfwl wnwue wnwue_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fnswlst_w fnswl_w fns_w fwkati_w fwl fwnsnw_w
      fwwlnw
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      abr1_count B_fnsb1 B_fnsb2 B_fnsb3 B_fnsoff fktns_w
      fwlrl fwnwvs_loc fzans1_w nsactr nswrl
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESSTT
    "22.50     Einspritzzeit Start"

    /begin DEF_CHARACTERISTIC
      DN10BURN FKSTT FSTHO IMLHS KFHSTT KFWHSTT
      KFWKSTAB KFWKSTN KFWKSTT TANDT TANH TMH
      TMHSG TMK TMODT TMORSTE TMURSTE TWSTT
      ZBURNLIM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWWL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib B_nmin B_pwf B_stend B_zesync dnmot_w
      fho imlatm kstaa nmot tabst_w tans
      tansab tmot tmotab tmst vstfst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hst B_stendes B_vbemg B_wks B_wst ESSTTbits
      fst_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_vbmg B_wst0 B_wst1 B_wst2 fst0_w kl_twstt_w
      zburnsum
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESUK
    "9.170     Einspritzung Übergangskompensation"

    /begin DEF_CHARACTERISTIC
      DUKK FUKBAE FUKLAMSBG FUKNSTHO FUKNSTM FUKTINEO
      FUKVAE FWFN KFABAK KFAVAK KFBAKL KFVAKL
      KFVALDIF KFVAWLA KFZVAKM KLBAKSTAA KLFVANST LADIFFVA
      RKBAUM RKUKKLU RKVAUM TKRF TMBAMN TMBAMX
      TNSUUK TVAG WFRL ZBAKM ZBALM ZUKBAE
      ZUKNSTM ZUKVAE ZVALM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SLA05ESUB SNM07ESUB STM09ESUB WESSOT WNWREO
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzti B_ll B_nswo2 B_sa B_sbblsu B_sls
      B_slsoff B_st B_staa B_stend drlp_w esst_sla05esub
      esst_snm07esub esst_stm09esub fho fukaba_w fukava_w gangi
      kstaa ladiff_w lamsbg_w nmot nmot_w rlp
      rlp_w tef_w tmot tmst vstfba vstfva
      vwkw wee
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ba B_bag B_ukg B_va B_vag B_vak
      dwf_w fvaklw_w fvakl_w fvaladif lamsbguk rkukg_w
      rkukk_w weeotkrf_w zuknstm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      abak anztis avak B_redkl B_uk1 B_uke
      B_ukk B_ukns B_vaau B_vakl B_val B_wf
      drkuke_w dwfk_w dwfl_w fbakl_w fbakstaa fbans
      fbansini_w fbavst_w flamsbg_w ftineo_w fvans fvavst_w
      fwfkorr_w rkuke_w rkukkl_w rkukl_w rkuk_w sdwfk_w
      sdwfl_w vti_w wf_w woe_w zbake zbale
      zvake zvale
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESUKAS
    "5.90      Adaption der Übergangskompensation (mit stetiger Lambda-Regelung)"

    /begin DEF_CHARACTERISTIC
      CUKA FKUKAO FKUKAU FLAMRUKA FLAMSBATM FLAMSVATM
      FUKABAKI FUKABAKO FUKABAKU FUKABAWI FUKABAWO FUKABAWU
      FUKAVAKI FUKAVAKO FUKAVAKU FUKAVAWI FUKAVAWO FUKAVAWU
      FVFKUKA LAMUKAF LAMUKAM NUKAO NUKAU RKUKKTUBA
      RKUKKTUVA RLUKAO RLUKAU TMNUUKA TMUKAK TMUKAU
      TMUKAW TNSUUKA TPUKUKA TSPUUKA UKAFRTMO UKAFRTMU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STM09ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ba B_dktlp B_enws B_frmax B_frmax2 B_frmin
      B_frmin2 B_lrs B_lrs2 B_mdarv B_nldg B_nswo1
      B_pwf B_slp B_te B_tehb B_va esst_stm09esub
      fr2_w fra2_w fra_w fr_w lamsons2_w lamsons_w
      lamzak2_w lamzak_w nmot rkg2_w rkg_w rkukg_w
      rkukk_w rl tlrs_w tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fukaba_w fukava_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzfkuka anzfkuka2 B_cfkuka B_cfkuka2 B_cfuka B_cfuka2
      B_ecfuka B_ecfuka2 B_rfkuka B_rfkuka2 B_tmnuka B_tspuuka
      B_tspuuka2 B_uka B_uka2 B_ukab B_ukabat B_ukaukat
      B_ukauket B_ukavat fkukaba2_w fkukaba_w fkukas2_w fkukas_w
      fkukava2_w fkukava_w flamrua2_w flamrua_w flamsba_w flamsva_w
      fukabak_w fukabaw_w fukavak_w fukavaw_w lamruka2_w lamruka_w
      rkukkt_w rkukkxn_w tmnuka tpbauka tpvauka ukafrtmo_w
      ukafrtmu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESVW
    "3.92      Einspritzung: Berechnung der Vorlagerungswinkel"

    /begin DEF_CHARACTERISTIC
      DWEEAMX DWEEMX FWEEMRFAHO FWEEMRFAM KFWEE KFWEEK
      KFWEEST KFWEETM KLWEESTN MRFAVW SNM08GKUW SRL08GKUB
      WEAN WEEMRFAN ZZWEETM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib B_stend fho mrfa_w nmot_w rl
      tmot tmst uzkw_w wnwve_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_snm08gkuw esst_srl08gkub wea wee weer
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kfwee B_mrfamx fweemrfa fweemrfah weemrfa weenst
      weest weetm
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ESWE
    "1.120     Einspritzung Schubabschalten Wiedereinsetzen"

    /begin DEF_CHARACTERISTIC
      FIMHU FIMWU FWEHT FWEMRFA FWET
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anzti B_ll B_sa mrfa_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fwe
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzwefim azylwe B_afwe B_fwe
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    EVI
    "1.20      Interruptserviceroutinen bei Einspritzausgabe"

    /begin IN_MEASUREMENT
      B_spontan0 B_spontan1 B_spontan2 B_spontan3 B_spontan4 B_spontan5
      B_ti_cha0 B_ti_cha1 B_ti_cha2 B_ti_cha3 B_ti_cha4 B_ti_cha5
      B_ti_out0 B_ti_out1 B_ti_out2 B_ti_out3 B_ti_out4 B_ti_out5
      B_ti_wai0 B_ti_wai1 B_ti_wai2 B_ti_wai3 B_ti_wai4 B_ti_wai5
      cc_cha_0 cc_cha_1 cc_cha_2 cc_cha_3 cc_cha_4 cc_cha_5
      ti_ev0 ti_ev1 ti_ev2 ti_ev3 ti_ev4 ti_ev5
      ti_tvu_w
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FGRABED
    "1.120     Abschaltbedingungen Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      BFGRO BFGRU CWFGRABED CWFGRGA DNFGRMX DVIVZMX
      DVOVRMX DVZVIMX NFGRMIN TDVIVZ TDVOVR TDVZVI
      TFGRABS TFGREPB TFGRFDY TFGRUB TFGRUEOB TFGRUM
      TFGRUNUB UBFGRMIN VFGREMAX VFGREMIN VFGRMAX VFGRMIN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_w B_absfgr B_acc B_airbag B_brems B_dknolu
      B_dkpu B_dksbeg B_fdyfgr B_fgr B_fgrat B_fgren
      B_fgrhe B_fgrhsa B_fgr_um B_gwhs B_kuppl B_nldg
      B_pwgnotfr gangi nmot_w nsber_w ub vfgr_w
      vziel_w zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      stfgrab_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FGRBESI
    "1.50      Bediensignale Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      CWFGRBESI
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_fgr6p B_fgrtbe B_fgrtbh B_fgrtse B_fgrtve
      B_fgrtvh B_fgrtwa stfgrab_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      stfgrbs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_frgbs fgrbesilokbits
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FGRFULO
    "1.130     Funktionslogik Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      ANZTPMX ANZTPUD BRABEVI BRATD BRATU BSWKB
      BSWKV CWFGRFULO CWFGRFULO2 CWFGRLVZ DVIVZTMX DVMAXFGR
      DVRAMPMX DVSKNBGA DVSKNVGA DVSWKB DVSWKV DVTIPUD
      DVZVITMX DVZVIWA FSWKB FSWKV KFBRAWA TSWKNBGA
      TSWKNVGA VREGLMAX VREGLMIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MRFGRMAX VFGRMAX VFGRMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_w B_acc B_fgr mrfgr_w stfgrab_w stfgrbs_w
      uevges vfgr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfgrs_w stfgrfl vregl_w vziel_w zstfgr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anztip anztipud brafgr_w bswk_w B_kfvswk B_kfvswkb
      B_kfvswkv B_tpderl B_tpuerl dvzi_w fgrfulolokbits tswk
      vfgrlim_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FGRREGL
    "1.40      Regelalgorithmus Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      CWFGRREGL DVLLVO DVLLVU DVSAVO DVSAVU FGMRIDV
      KFVOFFS KKFFGRGA KRAFGRGA MRFGRIMX MRFGRLL MRFGRMAX
      MRFGRSTA TFGRAR TN2FGRGA TVLADV TZ2FGRGA VLMXVZ
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_fgr B_savacc mracc_w mrped_w nmot
      stfgrab_w stfgrfl uevges vfgr_w vregl_w vziel_w
      zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgrab B_fgren B_llvfgr B_savfgr fgrreglausbits mrfgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fgrdvi ctfgrab dmrar_w dvfgr_w dvivr_w dvzvi_w
      fgrregllokbits kfgr_w mrfgri_w tn2fgr_w tz2fgr_w uevges_w
      vfgro_w vlast_w voffs_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FLSUBB
    "1.90      Freigabe der Betriebsbereitschaft der LSU"

    /begin DEF_CHARACTERISTIC
      CWFLSUBB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hstlsua B_hstlsua2 B_nmot B_ricalf B_ricalf2 B_rinnp
      B_rinnp2 B_stend ubsq_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_elsxbb B_elsxbb2 B_sbblsu B_sbblsu2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FUEDK
    "23.50     Füllungssteuerung (Berechnung DK-Sollwinkel)"

    /begin DEF_CHARACTERISTIC
      CWFUEDK DRLSOLMF EVTMODMNDK FMIUGDSN FPWDKAPP KFWDKMSN
      KFWDKSMX MRFABUMX MRFARUGDN PSPVDKUGDL TWDKSV UMSRLNMN
      WDKSAPP WDKSOFS ZKPSFIL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWRLAPPL KLAF PSPVDKUG SNM12FEUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fpwdkap B_ll B_llrein B_lsd B_mgbget B_nmin
      B_stend B_tfwdksom B_wdksap B_wdksom drlfue_w esst_snm12feub
      evtmod fho_w fkmsdk_w fpbrkds_w frhodk_w ftvdk
      fupsrl_w mifafu_w milsol_w mimax_w ml_w mrfamx_w
      mrfa_w msndko_w mste nmot nmot_w pbrint_w
      pspvdk_w ps_w pu_w pvdk_w rlsol_w tfwdksom_w
      umsrln_w vfzg wdksom_w wdkugd_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fkmsdks mlsol_w psfil_w pssol_w wdksap_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dwdksus B_klafbg B_mfact B_ugds B_wdkap drlsolmf_w
      dwdksumx_w dwdksus_w fklafs_w fuedkLocalBits mlwdknf_w mrfabugd_w
      mrfaugd_w msdks_w msndkoos_w msndks_w pspvmin_w psspvdkb_w
      psspvdk_w pvdkr_w rlfgks_w tfwdks_w wdksbugd_w wdksgv_w
      wdksmx_w wdksv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FUEDKSA
    "1.21      Füllungsbeeinflussung über DK, Sollwertaufbereitung"

    /begin DEF_CHARACTERISTIC
      CWWDKSPE DKNOTBEGR ENTDKLL ENTDKNLL TVWDKS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dknolu B_dkpiu B_dksbeg B_i_ska_um B_ll B_wdk1v
      nmot wdknlp_w wdksap_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dwdks_w wdks wdksp_w wdks_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      wdkink_w wdksba2_w wdksba_w wdksb_w wdksfl wdkspa_w
      wdksvfl wdkswe_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    FUEREG
    "4.80      Füllungsregelung"

    /begin DEF_CHARACTERISTIC
      CWFUEREG DFAFRG FPLMRM ILMRMN ILMRMX ILMRN
      KFPLMR KFPLMRMSR TVFRG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWRLAPPL SNM08FEUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asr B_fkmsdks B_llrpd B_msr B_nswo1 B_stend
      esst_snm08feub nmot nmotll rlsol_w rl_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      drlfuei_w drlfuep_w drlfue_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_furena B_furpen B_stndfr drlm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCANECU
    "4.20      Gebergrößen CAN-Sendeinformation"

    /begin DEF_CHARACTERISTIC
      ANZ_ZRPH CWANLEN CWCANMD CWKL15SP DNLLCAUVW DWLLPED
      FWTMUEBO FWTMUEBU FWTOUEBO FWTOUEBU NEINSPUR NLLMNCAUVW
      NLLMXCAN NLLMXCAUVW NMGETMC NSTAW TDGNIOANL TGENLRC
      TGENLRC2 TMHLDO TMHLON TSTAW TVNKL15 T_ANLEN
      T_ANLEVFZ VFZANL WLLPED
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWCAUVW CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A
      CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_RA MDNORM NSLBZFS
      NSLBZFS1 NSLBZFS2 NSLBZLL NSLBZLL1 NSLBZLL2
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfgrsbr bfgrs_w B_accen B_adrbot B_bl B_br
      B_dknolu B_eculock B_fgr B_fgrbr B_fgren B_fgrhsa
      B_fgrte B_fs B_hlonkmtr B_i_ska_fr B_kl15 B_kl50
      B_ll B_nlbzanf B_nlbzanf2 B_nldg B_nmin B_pwf
      B_st mdverl_w miautget_w miautgs_w miges_w migsl_w
      migs_w miist_w milsol_w misgsl_w misol_w mizwmn_w
      mrfamx_w mrfgr_w mrped_w nmot nmot_w nsol
      nstat S_bls S_brs tmot tnst_w toelk_w
      vfzg vregl_w vzgrac vziel_w wpedv_w wpfgr_w
      zrph zrph2 zstfgr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfgrsc B_anlasc B_anlfr B_blc B_brc B_cdma
      B_dnmcan B_genlrc B_genlrc2 B_gralc B_gsala B_kl15sp
      B_llped B_mshlon B_nlebem1 B_nlebem2 B_statbr B_statge
      B_statgec B_statmd B_statmdc B_statme B_statme_t B_statnb
      B_statto B_stattoc B_tolueb dnmcan genlrc mdverlc
      miautgetc miautgsc miistc mizwmnc nmot_c statgra
      wpedc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nstaw_w tnkl50 tstawk
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCASR
    "1.180     Gebergöße CAN-Signale für ASR/MSR"

    /begin DEF_CHARACTERISTIC
      CWMSRCAN KLDMASRL RAMPASR TVCAMSR T_ASRFGR VECDMN
      VECDMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A NOASR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_amsrbot B_amsrf B_asrakt B_asr_can B_bkvvc B_edsfgr
      B_fgrabz B_msrakt B_msr_can B_nomsr_fr B_nomsr_um B_npcanswe
      B_nuamsr B_statbr B_statmd B_swecan miasrl_can miasrs_can
      mimsr_can nmot vamsr_c vfgr_w vrad_hl_c vrad_hr_c
      vrad_vl_c vrad_vr_c
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_amsren B_amsr_t B_bkvv B_br1en B_fdyfgr B_msrdis
      B_swe_b B_vabsff B_vradhlff B_vradhrff B_vradvlff B_vradvrff
      miasrllk miasrl_w miasrslk miasrs_w mimsrlk mimsr_w
      vamsr_w vrad_hl_w vrad_hr_w vrad_vl_w vrad_vr_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCASRPL
    "1.50      Plausibilitätsprüfung der CAN-Botschaft Bremse"

    /begin DEF_CHARACTERISTIC
      DBZ_MX MSRMDTMX NOASR TAMSRCMX TMSRCERR TMSRCNU
      VMINAMSR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_C_0___A CW_CAN_C_1___A CW_CAN_C_2___A CW_CAN_C_3___A CW_CAN_R_0___A CW_CAN_R_1___A
      CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A
      CW_CAN_RA MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      aquerc bz_can B_amsrbot B_aquerc B_asr_can B_ctout
      B_msr_can B_neamsr B_nebr3 B_nomsr_um B_nuamsr B_terrbr1
      B_terrbr2 B_terrbr3 mdverl_w miasrl_can miasrs_can mimsr_can
      vamsr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      aquer bz_msr B_amsrf B_amsrinpl B_amsrn B_aquer
      B_asrakt B_msrakt B_msrphnpl B_nomsr_fr B_nomsr_t B_savmsr
      msrmdt_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bz_diff B_amsrknpl B_msrtnpl B_msrvnpl
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCEGS
    "8.30      Auswertung der CAN-Botschaft Getriebe"

    /begin DEF_CHARACTERISTIC
      CWFS CWGEMD CWGGCEGS DNMZGEZW DRLZGEZW GANGNOT
      KFMGES MDGRADGES MIGESMN TFALLMIGES TGWHPOSG TMGESMN
      TNSTGES TZGEZWMX T_SFSEN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_RA MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_bus_off B_ge1bot B_genot B_ges B_gsaf1
      B_kl15 B_ll B_milfbg B_nege B_nuge B_zges
      B_zwnget gangautic gwhpos mdgbeg mdwange1 mibas_w
      mifa_w migssc_w migszc_w migs_can miist_w mizwmn_w
      nmot_w rlsol_w rl_w statgesc statwkc tnst_w
      uefktge1 vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fawsp B_gess B_gsaf B_gsrzw B_gwhposg B_mdmxge
      B_mdwaner B_mgbget B_miecges B_milfb B_nmaxge B_tippg
      B_vagsl B_wk B_wkauf B_wkr B_zgezw gangauti
      ggcegsNvBits mdgrad_w mdwancan miecges_w miecgmx_w miges_w
      migsc_w migsleg_w migs_w misgseg_w misgsleg_w S_fs
      uefktget uefktget_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_gbst7err B_trqmin mierrcan_w mifroz_w misgelok_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCEGSPL
    "3.30      Plausibilitätsprüfung der CAN-Botschaft Getriebe"

    /begin DEF_CHARACTERISTIC
      DBZ_GE3 GE3MDTMX T_GE3CMX T_GE3CNU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_RA CW_CAN_RB MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_aakupplc B_cvtad_c B_fku_c B_geco_c B_gekoa_c B_genot_c
      B_ges_c B_gsaf1_c B_gsch_c B_milfbg_c B_motaus_c B_nege
      B_nosgs_um B_nuge B_sacvt_c B_terrge B_zges_c gangauti_c
      gwhpos_c klah_c mdgbeg_c mdverl_w mdwange1_c migs_c
      nllcvt1_c nsywin_c nsyw_c statwk_c tsyn_c uefktge1_c
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_aakuppl B_bzge3 B_cvtad B_fku B_geco B_gekoa
      B_genot B_ges B_gsaf1 B_gsaf3 B_gsch B_milfbg
      B_motaus B_sacvt B_uefge3 B_zges gangautic gwhpos
      klahc mdgbeg mdwange1 mdwange3 migssc_w migszc_w
      migs_can nllcvt1 nsyw nsywin statgesc statgezc
      statwkc tsyn uefktge1
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCGRA
    "1.90      Gebergröße GRA-Bedienhebel mit CAN"

    /begin DEF_CHARACTERISTIC
      CSGRA DBZ_GRA TGRACMX TGRACNU T_NOMGRA T_NOMGRAD
      T_NOMGRATA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A CW_CAN_R_5___A
      CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_S_0___A CW_CAN_S_1___A
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ctout B_fgrat B_fgrhsa B_fgrtbe B_fgrtbh B_fgrte
      B_fgrtse B_fgrtve B_fgrtvh B_fgrtwa B_grabot B_gracan
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bz_gra B_adrgra B_cfgra B_csgra B_fgratc B_fgrbec
      B_fgrhec B_fgrhsc B_fgrsec B_fgrtdc B_fgrthsc B_fgrtuc
      B_fgrvec B_fgrwac B_grabz B_grabz1 B_grabz2 B_negra
      B_nugra B_rengra B_tgramx B_tgranu cs_gra fgrscodc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_adrgra_z B_fgratc_z B_fgrbec_z B_fgrhec_z B_fgrhsc_z B_fgrsec_z
      B_fgrtdc_z B_fgrthsc_z B_fgrtuc_z B_fgrvec_z B_fgrwac_z
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCS
    "4.20      Gebergröße Crash-Sensor"

    /begin DEF_CHARACTERISTIC
      ACSZNBM ACSZRPH CWCS_0_A CWCS_1_A DBZ_AIR NMOTDELAY
      TAIRCMX TAIRCNU TBPWMCS TCONT_HILO TCRCAN TCSERC
      TCSERNPL TCSERP TVPWMCSR TVPWMCSS UPWMCS ZPWMCS
      ZPWMCSMAX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NSTNM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bz_air B_aircan B_airnbot B_csair B_csairio B_ctout
      B_kl15 B_nmin B_nmot B_nuair B_stend nmot
      nmot_w P_crsh tmot ub zrph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_airbag B_airbz B_airbz1 B_airbz2 B_crcan B_crnmn
      B_crstio B_csernpl B_epwmcs B_hpwmcs B_pwmcs B_tairmx
      B_tairnu B_tcrcan crshDetect cserk
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_crcan_20ms B_pwmcs_50ms B_pwmfcs tpwmcs
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCTOL
    "1.60      Gebergröße Öltemperatur über CAN"

    /begin DEF_CHARACTERISTIC
      TERRTOLC TVTOLC TVTOLE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ckien B_ctout B_nucins2 B_nutog B_tolcb tolc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ctol B_ctole ctol
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGCTUM
    "1.10      Gebergröße Umgebungstemperatur über CAN"

    /begin DEF_CHARACTERISTIC
      TVTUMC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ckien B_ctout B_tumcb tumc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ctum B_ctume ctum
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGDPG
    "14.60     Gebergröße: Drehzahlgeber und Phasengeber"

    /begin DEF_CHARACTERISTIC
      CWNWREF DZZST DZZST2 DZZSTNLP NMIN NMOTQSYN
      OFQSYNADAP PH_MINSEG TMQSYN TPREL ZDELBMSRCH ZTPREL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ale B_nldg B_nlph B_nosynph B_phad B_phad2
      B_phnldg B_phsok B_phsok2 B_pwf B_st B_synnldg
      nmot nmot_w tmot wkwstop wnwsp2_w wnwsp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bmLosCtr_w B_bm B_fbm B_luecke B_mluecke B_nmin
      B_nmot B_nobm B_nobm1 B_noph B_noph2 B_pha2act
      B_phaact B_phas2 B_phase B_qsyn B_startini B_stprel
      B_syn B_synph B_zprel B_zztab dpgNvBits gaptooth
      ggdpgBitsKgs nsynggdpg tmCorCtr_w tnbm1_w tnbm2_w tnbm_w
      tpCorCtr_w ttooth10ms uzkw_w wkwbzm0_w wkwsyn_w wkw_w
      znbm_w zrph zrph2 zylvirt zzseg zztab
      zzvirt zzyl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bmzzyl B_enqsyn B_pgxqsyn B_phw B_phw2 B_phwneg
      B_phwok B_phwok2 B_phwpos B_synbmale edge_ctr len_hiseg
      len_loseg qzzyl stateQsyn wkwneg_w wkwpos_w wkwstart_w
      zdelay zzale_ini zzyl_virt
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGDSAS
    "4.130     Gebergröße Drucksensoren außerhalb Saugrohr"

    /begin DEF_CHARACTERISTIC
      ANUDLMN DPDSVLU DPUPVDK DSUGRAD DSUOFS FHOE
      NDSVLO NDSVLU NVGDSLL PUE PUMN PUMX
      PUSPSMX PVDKPUD TDDFU TDDFUUGD TDVGDSLL UADPUMN
      UADPUMX WDKDSVLU ZDSU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nmot B_wdksive ftu ml_w nmot pspvdk_w
      pssol_w ps_w udsl_w udsu_w wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_edsl B_edsuu B_hag fho fho_w fpvdkds
      fpvdkds_w frhol_w GgdsasNvBits pu pus_w pu_w
      pvdkds pvdkds_w pvdkmx_w pvdksf_w pvdkspud pvdks_w
      vpvdkpu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dpvdkspu_w fpvdkdsl_w fpvdkdsu_w ldfki_w psspvdkd_w pvdkdsl_w
      pvdkdsu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGDVE
    "2.50      Gebergrößen Drosselklappensteller"

    /begin DEF_CHARACTERISTIC
      DUDKP1HY DWDK12O DWDK13O DWDK23O KFWDKPP NDKPPU
      NWDK3 TDKPAW TFWDKPN TVPDKP1 TVPDKP2 TVPWDK12
      TVPWDK13 TVPWDK23 UBVDKPO UBVDKPU UDKP1O UDKP1U
      UDKP2O UDKP2U WDKPMXN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dkpu B_ehfm B_st B_ubpvg dkpstg_w fpvdkds
      ftvdk nmot rl ub udkp1a_w udkp1sv
      udkp1vo_w udkp1vv_w udkp1v_w udkp1_w udkp2a_w udkp2_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dkp1e B_dkp1mn B_dkp1mx B_dkp1np B_dkp2e B_dkp2mn
      B_dkp2mx B_dkp2np B_dkpaw B_dksbeg B_edks B_wdk1v
      B_wdk2sel dwdkba_w wdk1_w wdk2_w wdkba wdkba_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkp1ev B_dkp2ev B_ubvdkp B_udk1nv B_wdk12ev B_wdk13ev
      B_wdk23ev B_wdk2st cpaw1 cpaw2 ctdkp1 ctdkp2
      ctdkpaw ctwdk12 ctwdk13 ctwdk23 rlvppl wdk1
      wdk1g wdk2 wdk2g wdk3 wdkpmx
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGEGAS
    "9.61      Gebergröße Brems- und Kupplungsschalter"

    /begin DEF_CHARACTERISTIC
      CWGGEGAS KFTVKUP TEPBRKUP TVERBR TVKUPV ZERBR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_bkva B_bkvv B_fabr B_pwf B_vnull
      gangi nmot_w S_bls S_brs S_kupp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bl B_br B_br2k B_brems B_kuppl B_kupplv
      ctrerbr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_erbr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGFGRH
    "1.200     Gebergrößen Bedienhebel für Fahrgeschwindigkeitsregler"

    /begin DEF_CHARACTERISTIC
      CWGGFGRH TEPFGRH TFGRABTE TFGRHE TFGRHSNP TFGRTIP
      TOOTAUS TOOTEIN TOOTULB ZFGRSDET
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_cfgra B_ctout B_fgrabz B_fgratc B_fgrbec
      B_fgrhec B_fgrhsc B_fgrsec B_fgrtdc B_fgrte B_fgrthsc
      B_fgrtuc B_fgrvec B_fgrwac B_gra6p B_grabot B_gracan
      fgrscodc S_fgrat S_fgrhs S_fgrsv S_fgrwb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgr6p B_fgrat B_fgrhe B_fgrhsa B_fgrtbe B_fgrtbh
      B_fgrtse B_fgrtve B_fgrtvh B_fgrtwa B_rfgoot
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_afgrbs B_ffhsc B_fgootein B_fgrbtl B_fgrhev B_fgrhs
      B_fgrths B_fgrthse B_gra6pe B_tootaus B_tootein B_tootulb
      ctbetip ctepfgrh ctfgrhe cthsnp ctootaus ctootein
      ctootulb_w ctvetip fgrscod GGFGRHlokbits0 GGFGRHlokbits1 GGFGRHlokbits2
      TB_eieo18 TB_eieo19a TB_eieo19b TB_eieo19c
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGFST
    "11.40     Gebergröße Tankfüllstand"

    /begin DEF_CHARACTERISTIC
      TWNSTA TWNTAL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_talcan tfst tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tal B_talval fstt GGFSTbits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      timtalr_w timtals_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGGTS
    "2.30      Gebergröße genaues Temperatursignal"

    /begin DEF_CHARACTERISTIC
      DTMKI TMKIMN TVTMKIC TVTMKIE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdgts B_ckien B_ctout B_tmkicb tmew tmkic
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tmki
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGHFM
    "65.20     Gebersignal HFM"

    /begin DEF_CHARACTERISTIC
      CWHFMPUKL1 CWHFMPUKL2 FNWUEPUHFM KFKHFM KFPU KFPUKLP1
      KFPUKLP12 KFPUKLP2 MLHFM MLMIN MLOFS PUKANS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_su fnwue nmot rl tans uhfm_w
      wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mlhfmm_w mshfm1_w mshfms_w mshfm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzhfma_w B_puklp1 B_puklp2 fkhfm fpuk mlhfma_w
      nmotkor puans
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGKLDF
    "2.40      Gebergröße Klemme DFM des Generators"

    /begin DEF_CHARACTERISTIC
      CWKLDF DFMPERIOMX KLDFPWMDEF KLDFPWMST NTHRESHOLD PWMRAMPINC
      TKLDFINI TKLDFPWMDF ZKLDFPWMF
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend dfmlow_w dfmperio_w nmot pwmstate
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kldfact B_pwmramp kldfpwm kldfpwmf perioval_w tkldflock
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGKS
    "4.50      Gebergröße Klopfsensor"

    /begin DEF_CHARACTERISTIC
      DKROKD DKROKMX DKROKO FMFKRB0 FMFKRB1 FMFKRB2
      FMFKRB3 KEMLN KFMAKR NKRFM1 NKRFM2 NKRFM3
      SENZZYL TMCC650
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWDKRTP KRANH KRFHT KRFTP1 SNM16KRUB SRL04KRUB
      TMKR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kr B_krldy B_krndy B_st B_stend B_tmkr
      esst_snm16krub esst_srl04krub krftpakt nmot rl tmot
      tn2 xzskrnt xzskrof xzskrtp zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_anschlag B_c95bf0 B_c95bf1 B_c95bf2 B_c95bf3 B_c95ks3
      B_dnt B_dntb B_dtp B_dtpb B_fmfkrc B_fmfkrhs
      B_ntini B_tpnt_aw B_tpnt_e fmfw igod_w igokr_w
      ikr ikrma ikrme ikrmen ikrmet ikr_tst
      iokkr ks_sym sen_c95 tmfa_w tmfln_w tmfl_w
      tpnt_aktiv UADKI UADMFA wmfa wmfl zkrfmu
      ztpnt_a zzylkr zzylkr_neu
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fmfkrakt fmfkraktol
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGLSH
    "7.30      Gebergröße Lambdasondensignal (Nernst-Type) hinter Kat"

    /begin DEF_CHARACTERISTIC
      ANZRIBEH ANZRIWZGH CWGGLSH DUSRIH DUSSPH FRINOFH
      RBELH RINHMX RKSPH THSRIH TRIAKTH TRIIMPH
      TUSBELH TUSRIBERH USRIMINH USRIOH USRIUH ZFRIH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lsh B_lsh2 B_shres B_shres2 B_ttbmhh B_ttbmhh2
      uushk2_w uushk_w uushmb2_w uushmb_w uushob2_w uushob_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_priph B_priph2 B_rinh B_rinh2 B_shuerf B_shuerf2
      rinh2_w rinh_w ushk ushk2 ushk2_w ushk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enrinh B_enrinh2 B_erinofh B_erinofh2 B_riakh B_riakh2
      B_ribeh B_ribeh2 B_ribehv B_ribehv2 B_riibh B_riibh2
      B_riimph B_rimh B_rimh2 B_ripuh B_ripuh2 B_rireh
      B_rireh2 B_risph B_risph2 B_usbeh B_usbeh2 rinofh2_w
      rinofha2_w rinofha_w rinofh_w usbeh2_w usbeh_w ushkr2_w
      ushkr_w ushmb2_w ushmb_w ushob2_w ushob_w usobh2_w
      usobh_w zriberh zriberh2 zrinh2_w zrinh_w zriwzgh
      zriwzgh2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGLSVFH
    "1.30      Gebergröße für SULEV (1ms-Raster) für Sonden vor/hinter Kat u. hinter Front Kat"

    /begin IN_MEASUREMENT
      B_lsh B_lsh2 B_ripuh B_ripuh2 B_shuerf B_shuerf2
      uushk2_w uushk_w valutggls
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pump B_shres B_shres2 uushmb2_w uushmb_w uushob2_w
      uushob_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_measure
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGNW
    "1.80      Winkeladaption der Nockenwelle zur Kurbelwelle"

    /begin DEF_CHARACTERISTIC
      CWGGNW PHNMO PHNMU STM05EPMSB THPHADR THPHADS
      WNWAFMX WNWASMX WNWKM WNWKM2 WNWKN WNWRPS
      WNWRPS2 ZNWSP ZPHFLBM1
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      WNWRAS WNWREO
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bm B_luecke B_nldg B_nwflada B_nwflade B_p1refpos
      B_p2refpos B_pwf B_syn B_synnldg B_zztab gaptooth
      nmot synstate tmot wkwsyn_w wkw_w zphflsyn
      zzseg zztab zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwia B_nwie B_phad B_phad2 B_phada B_phade
      B_phnmo B_phnmu B_spsa B_spsa2 B_wnwi2out B_wnwiout
      tnwia_w tnwie_w wnwadmn2_w wnwadmna_w wnwadmne_w wnwadmn_w
      wnwadmx2_w wnwadmxa_w wnwadmxe_w wnwadmx_w wnwa_w wnwe_w
      wnwi2_ad_w wnwi_ad_w wnwkwas2_w wnwkwas_w wnwspas2_w wnwspas_w
      zphfl zphfl2 zrphgefl zrphgefl2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwflad B_nwflad2 B_phgefl B_phgefl2 esst_stm05epmsb wnweoas2_w
      wnweoas_w wnwim2_w wnwim_w wnwkor2_w wnwkor_w wnwsp2_w
      wnwsp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGO2LSU
    "2.70      Gebergröße Sauerstoffsignal LSU"

    /begin DEF_CHARACTERISTIC
      CWGGLSU F10SAMP F5SAMP FIPLSU FIPREFLSU FLAMPFT
      FLAMPMR FLSUFTKL O2VK SEGMANSW TABGL TABGS
      TUMTOE TVABGL USABGL ZFDUSVK
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_eiclsu B_eiclsu2 B_elsuwi B_elsuwi2 B_fklsol B_fklsol2
      B_hstlsub B_hstlsub2 B_lasostc B_lasostc2 B_llr B_st
      B_stend iprefanf iprefanf2 ktkvk2_w ktkvk_w nmot_w
      pabnav2_w pabnav_w pabvvk2_w pabvvk_w tabst_w tnst_w
      uulsuv2_w uulsuv_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fklanf B_fklanf2 B_iclsabg B_iclsabg2 B_resabg B_resabg2
      dua10g2_w dua10g_w iplsuvj2_w iplsuvj_w kusvk2_w kusvkft2_w
      kusvkft_w kusvk_w lsukorp2_w lsukorp_w o2vk2_w o2vk_w
      palsu2_w palsu_w ua10mo2_w ua10mo_w ua10ms2_w ua10ms_w
      usvkvj2_w usvkvj_w zseglsumt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_fklanfs B_tabgs ipiprk2_w ipiprk_w ipkorp2_w ipkorp_w
      ipktk2_w ipktk_w iproh2_w iproh_w plauf plauf2
      plooplsu plooplsu2 pringlsu pringlsu2 prlsust prlsust2
      sumulsu2_l sumulsu_l ulsurbu2_w ulsurbu_w zlooplsu zlooplsu2
      zseglsu zseglsum
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGPBKV
    "2.50      Gebergröße Druck für Bremskraftverstärker"

    /begin DEF_CHARACTERISTIC
      CWGGPBKV DPBKVBBG DPBKVBSGV0 DPBKVBSGVS DPBKVEBG DPBKVEBGVS
      DPBKVEVK DPBKVEVKEP DPBKVEVKSP DPBKVSTG FBKVP KAFPBKVPU
      PBKVVSTGPV PUEBKV TBKVP TEBBREMS VFZGSCH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvp B_brems B_cddsbkv ps_w pu_w pvdkds_w
      vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dpbkvu_w pbkvpmn_w psspbkv_w pubkv_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmnpbkv_w dmxpbkv_w dpbkvep_w dpbkvmx_w dpbkvps_w dpbkvsp_w
      dpspvdkd_w pbkvmod_w pbkvmpu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGPED
    "22.40     Gebergröße Fahrpedal"

    /begin DEF_CHARACTERISTIC
      CWBWEEN DUPWGHY DUPWGVPE DWPMXNB DWPMXNOT DWPOPBP
      DWPPBP KLDUPW12 MIFAMXNOT NMINMBVH NSPWGBRPL NSPWGNOT1
      NSPWGNOT2 NSPWGNOT3 NWPMBBR PWGDEMX TDWPOPBP TMBVH
      TPNSE1 TPWGDEE TPWGDEOK TUPWG12 TUPWG1O TUPWG1U
      TUPWG2O TUPWG2U TWPLK TWPMBBR UPWG12U UPWG1LLDE
      UPWG1O UPWG1OGDE UPWG1U UPWG2DOFF UPWG2LLDE UPWG2O
      UPWG2OGDE UPWG2U UPWGO UPWGU VNSPWGNOT3 VWPMBBR
      WPMXBR WPMXNOT WPRMBVH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkva B_bkvv B_bl B_br B_br2k B_brems
      B_dksbeg B_fabr B_fs B_nmax B_pwgnotum B_stend
      B_ubpvg nmot upwg1_w upwg2_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pwgnotfr B_sp1s B_sp2s B_spsmin dwped dwped_w
      mifamx_w mkfamx_w nspwgnot upwg1h_w upwg2d_w wped
      wped_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dupw12 B_dupwgvpe B_glf B_mbvh B_pbpabr B_pwgde
      B_pwgdee B_pwgdeok B_pwglk B_pwgnoten B_upw12e B_upw1mn
      B_upw1mx B_upw2mn B_upw2mx B_upwg1o B_upwg1u B_upwg2o
      B_upwg2u B_vpwgerr B_wpabnb B_wpmbbr pwgdectr upwgej_w
      upwgmin upwg_w wpedt_w wpedv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGRTLSU
    "1.180     Gebergröße Widerstand und Temperatur der LSU"

    /begin DEF_CHARACTERISTIC
      DURINLSU FARIN KLKTKVK KLRTLSU RINCAL RININI
      TKERENSCUN TKERLSPSF TRINSTART TUMTO TVSABGL URINOFF
      ZFRIN ZFRINCAL ZFRINSTART
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TVSERSL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cwlshvs B_ehlsu B_ehlsu2 B_ehsve B_ehsve2 B_eiclsu
      B_eiclsu2 B_elsuwi B_elsuwi2 B_eshlsu B_eshlsu2 B_henrin
      B_henrin2 B_hsv B_hsv2 B_iclsabg B_iclsabg2 B_lsuiamn
      B_lsuiamn2 B_lsuiamx B_lsuiamx2 B_lsuunmn B_lsuunmn2 B_lsuunmx
      B_lsuunmx2 B_lsuvmmn B_lsuvmmn2 B_lsuvmmx B_lsuvmmx2 B_nmot
      B_pwf B_spf3k B_spf3k2 B_stend rdtklsu2_w rdtklsu_w
      ubsq_w urinlsu2_w urinlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enscun B_enscun2 B_pusab B_pusab2 B_rinabg B_rinabg2
      ggrtlsuAusBits10ms ggrtlsuAusBitsKoop krivk2_w krivk_w ktkvk2_w ktkvk_w
      rinlsu2_w rinlsu_w tkerlsu2_w tkerlsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_ckrivk B_ckrivk2 B_erlsuwi B_erlsuwi2 drinlsu2_w drinlsu_w
      ggrtlsuLokBits10ms ggrtlsuLokBitsKoop rinlsuk2_w rinlsuk_w rrinlsu2_w rrinlsu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGTFA
    "18.91     Gebergröße TFA Temperaturfühler Ansaugluft"

    /begin DEF_CHARACTERISTIC
      AFZPTAFX ALLPTAFX CWKONDTFA DTAFIX MLDTAMN MLDTAMX
      MLPTAFXO MLPTAFXU TADE TADMN TADMX TADPLMX
      TANSELI TDFZTAFX TDLLTAFX TDNSTA TDPLTAO TDRFZTAFX
      TDRPLTAO TDTA TDTAL TMABDTA1MN TMPTAFXMN TMPTAFXU
      TMSPTAFX TMSUPTAFX TWNLPTAMN TWNSEZDTAN TWTMNTAFX VPTAFXO
      VPTAFXU VTAPLC ZFTANS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll B_nldtafx B_nmot B_pwf B_sa B_stend
      ml tmot tmotab tmst tnachl_w tnse_w
      vfzg wtans
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tans tansab tansabk_w tansk_w tanslin zbeztafix
      znldtafx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_bztafx B_etafix B_fztafx B_hztanl B_kpl B_llhzta
      B_lltafx B_no_pl_err B_no_si_err B_plaus B_pl_err B_si_err
      B_ztafix tamax tamin zfzptafx zllptafx
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGTFM
    "46.61     Gebergröße TFM Temperaturfühler Motor (/-Kühlmittel)"

    /begin DEF_CHARACTERISTIC
      AFZBKLH AFZBKLN CWKONGTM CW_TABST DTMABDTMN DTMDMA
      DTMDNPO DTMDZG DTMRESDZG DTMSRT FABSTT KFDTMRS
      KFDTMTE KFDTMTR KFDTMTU KLDTMFXTM KLITHMS KLTHMDTMS
      MLOBKLHV MLOBKLNV MLUBKLHV MLUBKLNV TABSMADTM TADMM
      TANDT1 TANH1 TDBKLOFF TDTM TDTMMA TDTMNP
      TDTMNPO TDTMPOG TMABDTMN TMDMMA TMDMMAT TMDMMAU
      TMDMMEE TMDMMER TMDMN TMDMX TMDZGMN TMELIPU1
      TMESSCMN TMMXRT TMOTELI TMPUPOFF TMPUPON TMSSSCO
      TMSSSCU TNLETM TNSRT TUMDETM TWBKLHOF TWBKLHON
      TWBKLNOF TWBKLNON TWRDZGMX TWSSCTM TWTMNHST UBMNPUP
      VBKLHO VBKLHU VBKLNO VBKLNU ZKTMLINSS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abstgp B_abstnlgp B_auakt B_hst B_kl15 B_nletm
      B_nmin B_nmot B_pwf B_sa B_st B_stend
      imlatm ml tabst_w tans tansab tmki
      ubsq vfzg wtmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tmmn B_tmsrt korrfak tmew tmewab tmlinmax
      tmlinmin tmlinvdzg tmot tmotab tmotlin tmotlinab
      tmotlinlp tmotlinst tmotlin_w tmotvt tmrw tmrwend
      tmsnp tmst tumginp
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hsttwt B_klh B_kln B_nputm B_pullup B_pullupsw
      B_tmdzg B_znptm B_zsitm mll1
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGTKA
    "5.10      Gebergröße TKA Temperatur Kühlerausgang"

    /begin DEF_CHARACTERISTIC
      TDTKAUS TKAELI TKAUSDE TKAUSDMN TKAUSDMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      wtka
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tka tkalin
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGUB
    "11.60     Gebergröße Batteriespannung, inkl.Diagnose"

    /begin DEF_CHARACTERISTIC
      TDNSUB TDUB UBDE UBDMN1 UBDMN2 UBDMN3
      UBDMX UBNACHL VMDUB ZKUBSQF01 ZKUBSQF10
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stend B_ubrk ubrsq_w vfzg wub_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ub ubsq ubsqf ubsqf_w ubsq_w wubiso_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGUBR
    "1.110     Gebergröße und Diagnose Bordnetzspannung über Hauptrelais"

    /begin DEF_CHARACTERISTIC
      CWKVHR TDAPTUBR TDHREVAB TDRNLUBR TDUBR TDUBRNL
      TWDUBRNL UBRDMN1 UBRDMN2 UBRDMX UBRDUNL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldve B_nlsgls B_nlubr B_nmin ei_ubr_um wubr_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dnlubr B_dubre B_hrevab B_hrkng B_hrkzlg B_kdhre
      B_ubrdmn1 B_ubrdmn2 B_ubrk B_ubrmax B_ubru GGUBRausbits
      ubrsq ubrsqf ubrsqf_w ubrsqka ubrsqke ubrsq_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGVFZG
    "14.70     Gebergröße Fahrzeuggeschwindigkeit"

    /begin DEF_CHARACTERISTIC
      AIMVM CWGGVFZG DVFZBEG TFGRVRAB VFZMN VFZR1O
      VFZR1U VFZR2O VFZR2U VRFGRMN ZFBFZGL ZFCNT1
      ZFCNT2 ZFV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cankbi vamsr_w vfzgkb_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfzgl_b bfzgl_w B_vnull dist_w vfgr_w vfzg
      vfzg_w vfzroh_w zfcnt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      vfil_w vroh_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GGZDGON
    "1.30      Gebergröße Klemme 15"

    /begin DEF_CHARACTERISTIC
      TUBKL15 UBKL15
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      S_kl15 wub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kl15
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GK
    "13.50     Gemischkontrolle"

    /begin DEF_CHARACTERISTIC
      KFBS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWWL
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_stendes fgru fnswl_w fr2_w fra2_w fra_w
      fr_w fst_w fwe lamns_w lamsbg2_w lamsbg_w
      nmot rka2_w rka_w rkte_w rkukg_w rl
      rlp_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      rk2_w rkg2_w rkg_w rk_w rllaso2_w rllaso_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fvst_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    GKLDFHW
    "Hardwarekapsel für GGKLDF"

    /begin REF_CHARACTERISTIC
      DFMPERIOMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kldfact P_KLDF tcclkldf_w tccpkldf_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dfmlow_w dfmperio_w pwmstate
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    Hash
    ""

    /begin LOC_MEASUREMENT
      ctr_MD5Block
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HLSHK
    "3.30      Sondenheizung hinter Kat"

    /begin DEF_CHARACTERISTIC
      PHLSNHMN TANHKMMN THHA THHA2 THHAWU THSHA
      THSHKTK THSHKTK2 TVHSH UBHS UHSN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpk B_atmtpk2 B_atmtpl B_atmtpl2 B_stend tanhkm2_w
      tanhkm_w ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_hsha B_hsha2 B_hshe B_hshe2 phlsnh phlsnh2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enhlshk B_rehs thhaist thhaist2 thhat thhat2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HRLSU
    "4.210     Heizungsregelung stetige Lambdasonde LSU"

    /begin DEF_CHARACTERISTIC
      CWHRLSU DPRHLSU DTKLSUSTA DTKLSUSTB KDHRLSU KIHRLSU
      KLPRHLSU KPHRLSU PRHLSUL PRHLSURD TABSTRILSU THLSUHR
      THLSUHRST TKERLSUS TKERLSUST
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TAHRLSUMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpa B_atmtpa2 B_ehlsu B_ehlsu2 B_eiclsu B_eiclsu2
      B_elsuwi B_elsuwi2 B_falshvs B_hrlsaus B_nmot B_rinabg
      B_rinabg2 B_rtahlsu B_rtahlsu2 B_spf3k B_spf3k2 B_stend
      tabst_w tahrlsu2_w tahrlsu_w tatuk_w tkerlsu2_w tkerlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_cwlshvs B_eshlsu B_eshlsu2 B_henrin B_henrin2 B_hlsumx
      B_hlsumx2 B_hstlsua B_hstlsua2 B_hstlsub B_hstlsub2 B_hsv
      B_hsv2 B_sphsv B_sphsv2 hrlsuAusBits hrlsuAusBits_2 prhlsub2_w
      prhlsub_w prhrlsu2_w prhrlsu_w rdtklsu2_w rdtklsu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_hlsuaru B_hlsuaru2 B_sphrlsu B_sphrlsu2 B_tablsugr hrlsuLokBits
      iintpid2_w iintpid_w phlsuri2_w phlsuri_w prhlsud2_w prhlsud_w
      prhlsui2_w prhlsuin_w prhlsui_w prhlsup2_w prhlsup_w prhlsur2_w
      prhlsur_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HT2KTLSU
    "1.20      Komponententreiber CJ120 und CJ125"

    /begin IN_MEASUREMENT
      B_diagia B_diagia2 B_enscun B_enscun2 B_fklanf B_fklanf2
      B_hrlsaus B_iclsabg B_iclsabg2 B_nmot B_pusab B_pusab2
      B_rinabg B_rinabg2 B_spf3k B_spf3k2 B_stend iprefanf
      iprefanf2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ci2cjx B_ci2cjx2 B_cicjx B_cicjx2 B_hsvemn B_hsvemn2
      B_hsvemx B_hsvemx2 B_hsvesi B_hsvesi2 B_lsuiamn B_lsuiamn2
      B_lsuiamx B_lsuiamx2 B_lsuicif B_lsuicif2 B_lsuickf B_lsuickf2
      B_lsuube B_lsuube2 B_lsuunmn B_lsuunmn2 B_lsuunmx B_lsuunmx2
      B_lsuvmmn B_lsuvmmn2 B_lsuvmmx B_lsuvmmx2 B_rcjx B_rcjx2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mn_hsve B_mn_hsve2 B_mn_ia B_mn_ia2 B_mn_un B_mn_un2
      B_mn_vm B_mn_vm2 B_mx_hsve B_mx_hsve2 B_mx_ia B_mx_ia2
      B_mx_un B_mx_un2 B_mx_vm B_mx_vm2 B_si_hsve B_si_hsve2
      diacjx diacjx2 ini2cjx ini2cjx2 inicjx inicjx2
      statcjx statcjx2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HWDIG_AS
    ""

    /begin REF_CHARACTERISTIC
      TTVLU1MX TTVLU2MX TVLU1MN TVLU2MN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abkl B_bkvp B_hlon B_hshe B_hshe2 B_kov
      B_lamabg B_lamabg2 B_mil B_nlel B_priph B_priph2
      B_pripv B_pripv2 B_pullup B_slp B_slv B_su
      B_su2 B_zwp S_hds tahrlsu2_w tahrlsu_w tphrlsu_w
      tvkmtr tvlues1 tvlues2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ldpi P_ats P_ats2 P_crsh P_KLDF P_swe
      S_ac S_bls S_brs S_fgrat S_fgrhs S_fgrsv
      S_fgrwb S_kd S_ko S_kupp S_tal
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HWDIG_FR
    ""

    /begin REF_CHARACTERISTIC
      CWSTAKD2
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abkl B_ekp S_hds tanwra tanwraa tanwre
      tanwrea tvkmtr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dcff B_dveeson S_kl15
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    HWSNWS
    ""


/end FUNCTION

/begin FUNCTION

    HWTEV
    "Komponententreiber für Tankentlüftungsventil (TEV)"

    /begin IN_MEASUREMENT
      B_tevtstp tateout tevper
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_tevtini
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    K71EXT
    ""

    /begin IN_MEASUREMENT
      fcmEnd
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    K71MN
    ""

    /begin DEF_CHARACTERISTIC
      TIDLEMAX TIDLEMIN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fa B_fgrte B_grdst B_kstebf B_lrndia B_stend
      nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_0101_ack B_0101_ident B_0101_notadr B_0101_switch kwp71_bits
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      t_idle_ctr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    K71SR
    ""

    /begin REF_CHARACTERISTIC
      AAGOFLOGIN AAGONLOGIN ADRONLOGIN GRAOFLOGIN GRAONLOGIN HLOFFLOGIN
      HLONLOGIN KLOGIN LFWOFLOGIN LFWONLOGIN LUEN1LOGIN LUEN2LOGIN
      LUEN3LOGIN SGIDB1 SGIDB2 SGIDB3 SLOGIN VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_0101_ack B_0101_ident B_0101_switch B_acc B_accen B_fgrte
      B_hlon B_luef1 B_luef2 B_luef3 kwp71_bits nmot_w
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KDIAG
    ""

    /begin DEF_CHARACTERISTIC
      SGIDB4 SGIDB5 SGIDB6 SGIDB7 SGIDK1_DAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ADRONLOGIN GRAOFLOGIN GRAONLOGIN KLOGIN SGIDB1 SGIDB2
      SGIDB3 SLOGIN VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_accen B_fgrte B_fpwld_ok B_pwf nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fpwld
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    keycheck
    ""


/end FUNCTION

/begin FUNCTION

    KHMD
    "1.100     Berechnung Reservemoment für Katheizen"

    /begin DEF_CHARACTERISTIC
      CWKHMD FMDKHFH FMDKHTMST FMDPUBKV KFKWTMP KFMDDSLAD
      KFMDDSLFA KFMDKH KFMDKHLL ZKBKVAB ZKMDKH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvleer B_dsl4 B_fasla B_kh B_kw B_ll
      dmllri_w fho_w fmdkh mifa_w nmot_w pubkv_w
      tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmrdsls_w dmrkh dmrkh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmrkhz_w drkwtmp_w fmkhfho_w fmkhtmst mifakh_w mulres_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KMTR
    "3.371     Kühlmitteltemperaturregelung"

    /begin DEF_CHARACTERISTIC
      CWDEZWO CWGANGLA CWKMTR CWKMTR2 CWLUEKO DKL1DTEV
      DKL2DTEV DKMTSMN DKMTSMX DMTSMN DMTSMX DPNEG
      DPPOS DQUEBERMN DQUEBERMX DQUEBEW DTKAMN DTKAMX
      ETRIMN ETRIMX FNLPRUEF FTKANMO KFDQTMTU KFDQUEBER
      KFHOEHK KFKTRLN KFKTRV KFLUESIC KFNL2TUM KFNLTKV
      KFNLTUM KFQMRA KFQNLUE1 KFQNLUE2 KFQTKWP KFQVAC
      KFQVKOM KFTKANRL KFTKAOFF KFTKASO KFTKATU KFTMOTKR
      KFTVETR KFTVLU1 KFTVLU1EW KFTVLU2 KFTVLU2EW KFTVNL1
      KFTVNL2 KLAH1 KLAH2 KLAHEW KLAHTMSMX1 KLAHTMSMX2
      KLAHTVLUE1 KLAHTVLUE2 KLANFVFZ KLFDQV KLFQKV KLMLFT
      KLNLOEL KLNLSTP KLNLTABG KLNLTUM KLQKAUS KLQKLIMA
      KLTMSKR LUEKO1 LUEKO2 LUEKO3 NM1MN1 NM1MN2
      NM1MN3 NM1MX1 NM1MX2 NM1MX3 NM1VMN NM1VN
      NM1VP NM2MN1 NM2MN2 NM2MN3 NM2MX1 NM2MX2
      NM2MX3 NM2VMN NM2VN NM2VP NMOTZPAUS NMOTZPEIN
      NSTNMKMTR PKLIHDV PKLIMA PKODR QKLIHDV QKLILU1
      QKLILU2 QKLIMAMX QMAXL1INI QMAXL2INI QMRAHO QMRAHU
      QMRATUMG QTKWAIK QTKWAIMN QTKWAIMX STS05DTKA STS05DTTS
      TETRST TFADELAY TFLZLR TFQMRA TFTABG TKAETRO
      TKAETRU TKAEW TKAINI TKATVLSMN TKATVLSMX TKLIHDV
      TKOROFF TKORON TLUEKT1 TLUEKT2 TLUEST TMEWKMTR
      TMHLEOFF TMHLEON TMKOVOFF TMKOVON TMOTDQMX TMOTDTEV
      TMOTKRMN TMOTKRMX TMOTZPAUS TMOTZPEIN TMOTZPSTMX TMSO5INI
      TMSOINI TMSOLLEW TMSOTOEL TNLARAMP TNLKMTRMN TNLSTMX
      TNLSTP TNLZWP2 TOLEWKMTR TUHEMN TUHEMX TUMEWKMTR
      TUMGZWP TUMKLIHDV TUMST1 TUMST2 TUPOTMN TUPOTMX
      TVETREW TVETRMN TVETRMX TVETROFF TVKLIHDV1 TVKLIHDV2
      TVKMTRMN TVKMTRMX TVLU1MN TVLU1MX TVLU2MN TVLU2MX
      TVLUESETR TVLUESICEW TVLUESSEW_0_A TVLUESSEW_1_A TVMXBSG TVNL1OFF
      TVNL2OFF TVNLETR TVNLT1 TVNLT2 TVNLTETR TVRAMPBS
      TVSTETR TVSTL1 TVSTL2 TZWPST TZWPSTH TZWPSV
      VFZGEW ZKETR ZKNLST ZKQMAXL1 ZKQMAXL2 ZKTKASNRLN
      ZKTKASNRLP ZKTKASO ZKTMSN ZKTMSP ZVSKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKVHR
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bsglue B_ctol B_ctum B_dtes B_dtest B_etoltm
      B_fakmtr B_falues B_fpwld B_ge1bot B_hlon B_kdhre
      B_kl15 B_klimex B_luef1 B_luef2 B_luef3 B_luesscb
      B_nlsgls B_nmot B_nukla B_pwf B_sacc B_skoc
      B_st B_stend ctol ctum gangi klahc
      nmot pkodrc pu rl rlshk S_ac
      S_ko tabgm takols tans tka tmki
      tmot tnse_w toel toltm tumg tvluesfa
      tvluessc ub uhepoti upotpwm vfzg vsksml_w
      wkrma
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_etb B_fpwld_ok B_hlonkmtr B_kmtre B_kovkmtr B_motabw
      B_nlel B_tmkmtr B_zwp B_zwp2 dkmts dtmtka
      esst_sts05dtka esst_sts05dtts klah klahtmsmx tkakmtr tmotkmtr
      tvkmtr tvlues1 tvlues2 tvluesic tvlueskmtr vfzgkmtr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_deaklue B_deaklue1 B_deaklue2 B_elues1 B_elues2 B_klahmx
      B_klihdv B_nlphase2 B_nlsgls2 B_toelkmtr B_tumkmtr dqueber
      dtka dtkaint fhoehk flashzlr krtmso ktvlue1
      ktvlue2 luelogin nlue1 nlue1mn nlue2 nlue2mn
      nluez1 nluez2 pklimakmtr pklimaq qkl1dtev qkl2dtev
      qklima qmax1dtev qmax2dtev qmaxdtev1 qmaxdtev2 qmaxl1
      qmaxl2 qmotra rltmso1 tabgkmtr tkasnrl tkasnrlf
      tkasolgru tkasoll tkastmot tmotnl2 tmotsoll tmso1
      tmso2 tmso3 tmso4 tmso5 tmso6 tmvsks
      tnlkmtr_w tnlst2kt_w tnlstktr_w tnltabg_w toelkmtr tumgkmtr
      tvetrint tvetrr tvlu1r tvlu2r tvluekt1 tvluekt2
      tvlues1r tvlues2r tvluesbsg tvluesfl tvluesicb tvnl1soll
      tvnl2soll tvnll1r tvnll2r vsksmlf_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KOEVAB
    "1.100     Koordination Ev-Abschaltung"

    /begin IN_MEASUREMENT
      B_flpincon B_hrevab B_motstop B_nmaxd B_phesab
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_koevab
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KOS
    "113.312   Klimakompressor - Steuerung"

    /begin DEF_CHARACTERISTIC
      CDWGANG CDWGANGB CDWKOB CWKOC CWKOCAN CWKOR
      DNKOACC DWPEDKOB DWPEDSP FHOKOB KFTNSTKO KLTVKOEP
      MDKOAB MDKOAN MDKOEN MDNKO MKLLSCMN NKOACC
      NKOULEV NMOTEL PKODRCMX SNM08KOUB TANSKOB TKOAMAD
      TKOAMNN TKOAMXN TKOBEMNN TKODPAMNN TKODPAMXN TKOEMNN
      TKOEV TKOFREEZE TKOTMSK TKOVKO TKOWPAMNN TKOWPAMXN
      TKOWPEDDEL TMKOAO TMKOAU TMSTKOO TMSTKOU TMSTMAD
      TVKOEOF TVKOGANDEL TVKOSSIM TVKOULEV VFZGSP VKO
      VKOAO VKOB VNVKO VNVKOB WPEDKO
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_dknolu B_dkpu B_gekoa B_grdst B_gsch
      B_gwhs B_kooffc B_kuppl B_ll B_madfk B_madfs
      B_madko B_madll B_sa B_sacc B_skoc B_st
      B_stend dwped fho fho_w gangi mdko_w
      mifal_w mkllsc nmot pkodrc S_ac S_ko
      tans tmki tmot tmst vfzg wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_acres B_ko B_koe B_kosrc B_kov B_nac
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_koa B_kobaus B_kobmnon B_kobped B_kobpedt B_kobwped
      B_kobwpedt B_koena B_koenat B_kofreeze B_kogandel B_koganped
      B_koint B_komna B_komnoff B_komnon B_komxoff B_kondel
      B_kooff B_koofft B_koondel B_kostart B_kotmsk B_kotmsko
      B_kovdown B_kow esst_snm08koub S_acw
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KRACT
    ""

    /begin REF_CHARACTERISTIC
      AGR_AOG AGR_AUG CNSDEF CNS_AOG CNS_AUG CWTAF
      CWTAK CWTAS DZW_AOG DZW_AUG FBA_AOG FBA_AUG
      FLR_AOG FLR_AUG FNS_AOG FNS_AUG FRK_AOG FRK_AUG
      FST_AOG FST_AUG FVA_AOG FVA_AUG FWL_AOG FWL_AUG
      MDR_AOG MDR_AUG MWNTKB5 NLS_AOG NLS_AUG RLX_AOG
      RLX_AUG VVR_AOG VVR_AUG
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ekpvl B_fa B_grdst B_kl15 B_kstebf B_stend
      nmot_w vstagr vstcns vstdzw vstfba vstfns
      vstfrk vstfst vstfva vstfwl vstlr vstmdr
      vstnls vstrlx vstvvr
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KRDY
    "17.120    Klopfregelung Dynamik"

    /begin DEF_CHARACTERISTIC
      AZKELDYN AZKRLDYN AZKRNDYN CWKR CWTIPIN DRLKRAN
      DYADMXN DYADS DYAFVS DYAMNV DYAVF DZWTIN
      FKELDYA KFDYES KFDYMNT KFDYRS KFDYRSOF NGKRAWN
      NGKRWN NKRUM PZWKRA TMDYNA ZDRLKRA ZNGKRA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRDYUB SNM16KRUB SRL06KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl B_kr B_krdws B_kuppl B_ll B_pwf
      B_tmkr B_vnull B_zwkraa drlp_w drl_w esst_snm16krdyub
      esst_snm16krub esst_srl06krub evtmod gangi kek krfkw
      ngas_w nmot rl rlp_w rl_w stkrnx
      tmot virkr zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_krldy B_krldya B_krldyf B_krldyn B_krldyv B_krndy
      B_krndyn B_tipin drlkrdy ngkrv_w stuetz wkrdy
      zaldy zldy zldyke zndy zzwdykr zzwdymd
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_drlkrdy B_kldynrm B_kldystk drlkrav drlkrra dyesv
      dymntv dyrsofv dyrsv lkrnew lkrold ngkraf_w
      ngkrav_w wkrdya
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KRKE
    "16.40     Klopferkennung"

    /begin DEF_CHARACTERISTIC
      CWKRREF CWREFI FKEFMC FKELDY FKENDY FKRFTPFMC
      KFKEF1 KFKEF2 KFKEF3 KFKEF4 KFKEF5 KFKEF6
      KFKEF7 KFKEF8 KRFTP1 KRFTP2 KRFTP3 KRKFKS
      KRVST KSZA NKRREF REFINI RKRMX1N RKRMX2N
      ZYRKR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16KRUB SRL03KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_c95ks3 B_dnt B_dntb B_dtp B_dtpb B_fmfkrc
      B_kr B_krldy B_krndy B_krnl B_st esst_snm16krub
      esst_srl03krub ikr ikrma ikrme nmot rl
      vske zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_c95_g0 B_c95_g1 B_c95_g2 B_kl ikrrkr_wert ikr_kek_wert
      ke kek kek_tst krftpakt rkr rkrmx
      rkrmx1w rkrmx2w rkr_tst temp_b_wert virkr vkr
      vkr_tst
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KRRA
    "15.135    Klopfregelung mit Adaption der zylinderindividuellen Spätverstellung"

    /begin DEF_CHARACTERISTIC
      CWKRLZFK CWKRNLR CWKRRA DRLKRSTMX DWKRMSN KRAL1N
      KRAL2N KRAL3N KRALH KRAN1 KRAN2 KRAN3
      KRAN4 KRANH KRDWA KRDWAA KRDWKLA KRDWSA
      KRDWSN KRFKLN KRFKN KRLVFN KRMXN KRNLZ
      KRVFN KRVFSN KRWKRAIN LKRAN LKRN LZB1
      LZB2 LZFUER NGKRSTMX NKRAMAX NKRAMIN NKRF
      NKRMAX TMKR TMKRA TMKRAS TVKRSTAT WKRLZOF
      WKRLZOFEKS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KSZA SENZZYL SNM16KRUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adrkra B_asr B_kl B_krldy B_krldya B_krldyn
      B_krndy B_krndyn B_llr B_nldg B_nmax B_pwf
      B_stend B_synph B_vmax drl_w esst_snm16krub ngfil_w
      nmot rl tmot vszwkr zwkrafld zzylkr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kr B_krdws B_krfdks B_krlz B_krnl B_krnlr
      B_krstatb B_krwa B_tmkr dwkr dwkrz lkraw
      lkrw stkrnx wkrm wkrma
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kra B_krafrz B_krfrz B_krlzn B_krvf B_kseb1
      B_kseb2 B_wkral B_zwkraa B_zwkrum dwkrmsw kral1w
      kral2w kral3w krdwsw krfkw krlzn krmxw
      krvfsw krvfw lzist stkrax stkrlx vszwm
      wkr wkra wkraa wkratst wkr_tst zkrstat
      zkrvf
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KTGGLSVFH
    "1.10      KT für die Gebergrößen GGLSV/GGLSF und GGLSH"

    /begin DEF_CHARACTERISTIC
      TGGLS
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      valutggls
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KVA
    "41.40     Ausgangssignal: Kraftstoff-Verbrauchs-Anzeige"

    /begin DEF_CHARACTERISTIC
      CWCKBI FKVA KD KVB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KRKTE
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sa rk2_w rkte_w rk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kvakbi int_ctr kvakbi_w tkvad tkvag_w tkvar
      tkva_h
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tisum tisum_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KWP2000F
    ""

    /begin IN_MEASUREMENT
      nmot
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KWPDATR
    ""

    /begin REF_CHARACTERISTIC
      AAGOFLOGIN AAGONLOGIN ADRONLOGIN GRAOFLOGIN GRAONLOGIN HLOFFLOGIN
      HLONLOGIN KLOGIN LFWOFLOGIN LFWONLOGIN LUEN1LOGIN LUEN2LOGIN
      LUEN3LOGIN SLOGIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_accen B_fgrte B_hlon B_kl15 B_luef1
      B_luef2 B_luef3 nmot_w
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KWPDIAG
    ""


/end FUNCTION

/begin FUNCTION

    KWPSTDA
    ""

    /begin IN_MEASUREMENT
      fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KWPSTDAA
    ""

    /begin IN_MEASUREMENT
      B_kl15
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    KWPTP
    ""

    /begin IN_MEASUREMENT
      B_nachl
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LAKH
    "4.70      Lambda-Koordination bei Katheizen"

    /begin DEF_CHARACTERISTIC
      CWLAKH IMLLASKH KFLANSKH KFLASKH KFLMSKH KFLMSKHKST
      KLLAKHFH LASDSLA LASTMOT LMSTMOT TMSTLMS ZFLASKH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_dsla B_fasla B_kh fho_w flakh
      flamsl2_w flamsl_w flmssl fmsldyn fslpdyn imlpr
      ml_w nmot_w rl_w tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamkhe lamkh2_w lamkh_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dslafa flaskh flmsslkh fslsdyn LAKHlokBits lamkhg2_w
      lamkhg_w lamkhr2_w lamkhr_w lanskh_w lasdslg2_w lasdslg_w
      lasdsl_w laskh_w lmskh_w lmssl2_w lmssl_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LAMBTS
    "17.50     Lambda Bauteileschutz"

    /begin DEF_CHARACTERISTIC
      CWLAMBTS DLBTSTHX DLBTSTHX2 DTBTS FBSTABGM FBSTMOT
      KFDLBTS KFDLBTSGRL KFLBTS KFLBTS2 KFLBTSBG KFLBTSDY
      KLDRLLBTDY KLTVLBTDY KLZDLBTS KLZKLBTDY SNM16GKUB SRL12GKUW
      TABGBTS TDLAMBTS TIKATBTS TKATBTS TVLBTS ZLBTS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      ETADZW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_gsaf drlp_w etazwist gangi mivbegv_w
      ml nmot rl rl_w tabgm_w thxlsum2_w
      thxlsum_w tikatm_w tkatm_w tmot zwgru zwopt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_snm16gkub esst_srl12gkuw lambts2_w lambts_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tabgbts B_tatmbts B_tikatbts B_tkatbts B_twilabts B_twistbts
      detazwbs dlambts_w dlbtsug dzwg etazwg flbts_w
      LAMBTSlokbits lbts2_w lbtsbg_w lbtsdy_w lbtsubg2_w lbtsubg_w
      lbts_w tabgbts_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LAMFAW
    "11.10     Lambda Fahrerwunsch"

    /begin DEF_CHARACTERISTIC
      CWLAMFAW DLAMFAW DLAMTANS KFLAFWL KFLAMKR KFLAMKRL
      LAMFA LAMRLMN RLLAMMN SDZ06GKUB SNM06GKUB SRL06GKUB
      STM08GKUB TLAFA ZKLAMFAW ZKWLAFWL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_sab B_stend dzwwl mifafu_w milsol_w mrfa_w
      nmot rl tans tmot wkrma
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ldeffw esst_sdz06gkub esst_snm06gkub esst_srl06gkub esst_stm08gkub lamfa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lamfas dzwlamfaw lamfawkr_w lamfaws_w lamfaw_w lamfwl_w
      lamrlmn_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LAMKO
    "9.120     Lambdakoordination"

    /begin DEF_CHARACTERISTIC
      CWLAMKH LAMFLGSL LAMLGFKT LAMLGFTM LAMLGMKT LAMLGMTM
      LASOAB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STM12ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_auakt B_bevab B_bevab2 B_dsla B_fa B_falsh
      B_falsh2 B_fasla B_kh B_lamka B_lamka2 B_lamkhe
      B_lamlash B_lamlash2 B_lamlshv B_lamlshv2 B_lamnse B_ldeffw
      B_sls esst_stm12esub flamkh imlatm lamau_w lambts2_w
      lambts_w lamelsh2_w lamelsh_w lamfa_w lamka2_w lamka_w
      lamkh2_w lamkh_w lamlash2_w lamlash_w lamlshv2_w lamlshv_w
      lamnswl_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lalgf B_lalgf2 B_lamdiag B_lamdiag2 B_lamsdef lambas
      lambas_w lamdiag2_w lamdiag_w lamsbg2_w lamsbg_w lamvoa2_w
      lamvoa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lambts B_lambts2 B_lamkh B_lamnswl B_ldef B_ldef2
      lamkhe2_w lamkhe_w lamlgfmn lamlgm lams2_w lamsubg2_w
      lamsubg_w lams_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LANSWL
    "2.20      Lambda Nachstart / Warmlauf"

    /begin DEF_CHARACTERISTIC
      ATISLATM ATIWKSTM CWWL DLAMNSWL KFLANS KFLASWLR
      LASWLTM ZKLANSWL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      STM12ESUB STS12ESUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_lrnda B_lrnda2 B_stendes B_wks esst_stm12esub
      esst_sts12esub tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamnse lamnswl_w lamns_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anztib0_w anztib1_w B_lawlon lamwl_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LLRBB
    "505.10    Leerlaufregelung Betriebsbedingungen"

    /begin DEF_CHARACTERISTIC
      CNFKUPPL DNLLR TVDK TVKUPPL TVLLR TVLLRI
      TVLLRPD TVLLRSTE VLLR
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_fil B_fs B_kuppl B_ll B_mdein
      B_nmot B_sa B_sab B_stend dmllri_w dn
      gangi mill_w nmot nmotll nsol nstat
      tmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enllri B_ensol B_llr B_llrein B_llri B_llrpd
      B_nstu B_vllr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LLRMR
    "21.10     Momentenreserve Leerlaufregelung"

    /begin DEF_CHARACTERISTIC
      CWKUPPL DMRESLL DMRESTM DNLLRES KFMRES KFMRESK
      KFMRESKH KFMRESNL KFMRESTA KLMRESTM KLMRHO MRESKH
      MRESLL MRESSL TDMRESLL TMRESNL TVRESLL TVRESTM
      VANF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SMI04LLUB SNM06LLUB SNS06LLSB STA04LLUB STM04SAUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kh B_kuppl B_ll B_sl B_st B_stend
      dmrac dmrlf dmrwan dn dns esst_smi04llub
      esst_snm06llub esst_sns06llsb esst_sta04llub esst_stm04saub fho mifa_w
      nmot_w tans tmot vfzg vstmdr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_zwafh dmrllr_w dmrnwa_w dmrnwe_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_kuplaus dmresll_w dmvllrsu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LLRNFA
    "1.210     Solldrehzahlanhebung bei Kurztrip"

    /begin DEF_CHARACTERISTIC
      CWFAN NSLFAA NSLFADY NSLFAEZLA NSLFAKAT NSLFAKRS
      NSLFALDP NSLFALSF NSLFALSV NSLFANWKW NSLFASF NSLFASH
      NSLFASHV NSLFASKNO NSLFASLS NSLFATES NSLFATPE NSLFAWSA
      NSLFAWSE NSLKVS NSLLSH TNSLFA WFAN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_faa B_faagr B_faan B_faatm
      B_fadylsu B_faezla B_fakat B_fakrs B_fakvs B_faldp
      B_falsf B_falsh B_falshv B_falsv B_fanwkw B_fanwsa
      B_fanwse B_fasf B_fash B_fasls B_fates B_fs
      B_ll vfzg wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fanfg nslfa
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LLRNS
    "541.350   Leerlaufregelung-Solldrehzahl"

    /begin DEF_CHARACTERISTIC
      CNFLLRNS CWKLDFA CWLLRG CWLLRNS CWLLRNW CWNSTAT
      DNSNFST DNSNFX DNSNWNA DTAHLL DTMHLL DTOELNW
      DWNWASMX DWNWLLMXA FNSNF FNSSTKM FNSSTM KFNLLNST
      KFZNSM KLDFOFF KLDFON KLNSNW KNSNF LBZO1
      LBZO2 LBZU NFHZ NFHZFS NFS2M NFSKLDF
      NFSKO NFSKS NFSLPWG NFSMIN NFSNLDG NFSNWLL
      NFSSBC NFSSL NGNSNF NKLDF NLL2M NLLCVTMXV
      NLLMG NLLMGFS NLLMIN NLLNWDMX NSAC NSACFS
      NSHLL NSKO NSKS NSL NSLBZA1 NSLBZA2
      NSLBZA3 NSLBZFS NSLBZFS1 NSLBZFS2 NSLBZLL NSLBZLL1
      NSLBZLL2 NSLBZS NSLNWMX NSLPP NSLPPFS NSLPWG
      NSNLDG NSNOT NSNWLL NSNWNA NSOLMX NSTOEL
      NTIPLL NZHDTL NZHITL SGA08LLUB SNS06LLSB TAHLL
      TANSKO TMHLL TMLLNW TMLLX TMRZHLL TNSLBZA
      TNSLBZAI TNSLBZAN TOLLNWMX TVLLNWDIF TVLLNWR TVOLLNWMAX
      VSL ZHLLA ZHLLE ZKNS ZKNSU ZKNWLL
      ZKNWLLANH ZKNWLLDIF ZKNWLLNA ZNSUB
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NLS_AOG NLS_AUG STM06LLUB STN06LLUB WNWRAS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_anwsea B_autget B_br2k B_cvt B_cvtad B_dknolu
      B_dkpu B_fanfg B_fhz B_fnwaktv B_fs B_khn
      B_ko B_kuppl B_ll B_llrein B_llrst B_nac
      B_nlbzanf B_nlbzanf2 B_nldg B_nswo1 B_nwllna B_nws
      B_pwf B_sacc B_skoc B_sl B_spsmin B_st
      B_stend B_tolcb B_vllr B_wkauf esst_stm06llub esst_stn06llub
      gangi kldfpwm kldfpwmf lbz nfskh ngfil
      nllcvt1 nllkh nmot nmotll nslfa nspwgnot
      psl rl S_ac S_ko tans tmot
      tmst tnst_w toelk_w vfzg vsns vstcns
      vstnls wnwa_w wnwsa_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nsget B_nstabk dns esst_sga08llub esst_sns06llsb nsnw
      nsnwmx nsol nsol_w nsst nstat nstat2
      nstatfil vstnlsl
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_brufs B_hll B_kldf B_nlbza B_nlbzasb B_nlbza_tmp
      B_ns2 B_ns2a B_nsks B_nslbzaa1 B_nslbzaa2 B_nsnwres
      B_nssl B_nwdn B_nwll B_nwlldif B_nwlldif2 B_nwlr
      B_tpn gangllr nllcvt2 nsfsm nsfsmn nslbz
      nslbzaa nslbzamx nsllm nsllmn nsnbz nsnf
      nsnwi nsnwib nsnwibz nsnwnaf nstat3 nstatd
      nstatfilv tnst toelknw_w toellrns zhll_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LLRRM
    "11.110    Leerlaufregelung Reglereingriff Drehmoment"

    /begin DEF_CHARACTERISTIC
      CWLLRPA DMLLNGEZ DMLLNGEZV DMLLRLMNN DMLLRLMXN DMLLRMNN
      DMLLRMNNK DMLLRMXN DMLLRMXNK DNLLRIST DNLLST DNMNI
      DVNG DVNGV FDDN FDNIKOR GFDLDN IVDNDTEH
      IVDNHOM IVDNHOMV LIMN LIMNDLLR LIMNDTES LIMNV
      LIMXDNS LIMXVDNS LISTM LLRICNF PVDNHOM PVDNHOMV
      PVDNKH PVDNST PVLDNEZ PVLDNEZKH PVLDNEZV SDN10LLSW
      SEZ04LLUB SNS206LLSB SRKTEVS TVLISTU TVLLRPST TVPKH
      ZFLLRPL ZKLLRD ZLIBG ZNFNGLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNG06LLSB SNM06LLUB SNS06LLSB STM06LLUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dllr B_dteaam B_dtes B_dtest B_faan B_kh
      B_kha B_llr B_llrein B_llri B_llrpd B_mdmin
      B_nswo1 B_st B_stend B_temin B_trkh B_vllr
      dns esst_sng06llsb esst_snm06llub esst_sns06llsb esst_stm06llub etazws
      ngas_w ngfil nmot_w nsol_w nstat tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_llrst dmllrdl_w dmllrd_w dmllri_w dmllrl_w dmllrpl_w
      dmllrp_w dmllr_w dn dn_w esst_sdn10llsw esst_sez04llub
      esst_sns206llsb limax_w limin_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_llrpkh B_llrpst dmllrib_w dmllrii_w dmllriz_w dnbi_w
      dnikorr_w iver limnst ngasf_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRA
    "93.150    Adaptive Vorsteuerung für Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CWGALSV FBZFRAT FRAOMN FRAOMX FRAORN FRAORX
      FRATMN FRATMX FRAUMN FRAUMX FRAURN FRAURX
      KFRAT MLO1 MLO1AC MLO2 MLO3 MLO3AC
      MLU2 MLU2AC MLU2FA MLU4 MLU4AC N0
      NO1 NO2 NOLRA NRKAB NU2 NU3
      RKATMN RKATMX RKATRN RKATRX RKAZMN RKAZMX
      RKAZRN RKAZRX RLO2 RLO3 RLO3AC RLU2
      RLU2AC RLU2FA RLU3 RLU4 RLU4AC TGAALTWR
      TMFRATMN TMFRATUB ZKFRAOA ZKFRAUA ZKRKATA ZKRKAZA
      ZRLFRAT
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TMRAA
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo B_abor B_edkvs B_edkvs2 B_elsuv B_elsv
      B_elsv2 B_fa B_faan B_fakvs B_koe B_lr
      B_lr2 B_lra B_lra2 B_lrat B_lsvvsp B_pwf
      B_stend frm2_w frm_w ml_w nmot rl
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_frao B_fraor B_fraor2 B_frat B_frau B_fraur
      B_fraur2 B_lrare B_lrare2 B_nofra B_nofrat B_norkat
      B_norkaz B_rkat B_rkatr B_rkatr2 B_rkaz B_rkazr
      B_rkazr2 fra2_w frao2_w frao_w frat2_w frati2_w
      frati_w frat_w frau2_w frau_w fra_w ftklra_w
      rka2_w rkat2_w rkat_w rkaz2_w rkaz_w rka_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lrareb B_range B_range2 dfrm2_w dfrm_w dlrfrat
      fraolt2_w fraolt_w frault2_w frault_w rkatlt2_w rkatlt_w
      rkazlt2_w rkazlt_w zkfrat_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRAEB
    "4.130     Einschaltbedingungen Gemischadaption"

    /begin DEF_CHARACTERISTIC
      LAMLRAMN LAMLRAMX TARA TMEWRAA TMRAA TVLRA
      WDKARN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_agrlrasp B_auakt B_brems B_dsls B_dteaa B_dtest
      B_enws B_fa B_falra B_fates B_gap B_lr
      B_lr2 B_lrasp B_lrasp2 B_mdarv B_nldg B_sls
      B_te B_ukg B_vl lamsons_w nmot tans
      tmew tmot wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_gasp B_lra B_lra2 B_lrat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lraen
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRS
    "21.31     Stetige Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      CLRS CWLRMS DFRMAX FRMINKH KFDLASO KFDLASO2
      KFFRMIN KFLRSG1 KFLRSG12 KFLRSG2 KFLRSG22 KFLRSG4
      KFLRSG42 KFLRSP1 KFLRSP12 KFLRSP2 KFLRSP22 KFLRSP3
      KFLRSP32 KFLRSP4 KFLRSP42 LADIFFTHR LALIUSMN LRSGKTM
      SNM07LSUW SNM08LSUB SRL08LSUB SRL08LSUW TAUIDEC WIMAX
      WIMIN XIMAX XIMIN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dtefrr B_gaeing B_gaeing2 B_kh B_lrmsbs B_lrmsbs2
      B_lrs B_lrs2 B_nswo1 B_sls B_temin B_temin2
      dfrza2_w dfrzaf2_w dfrzaf_w dfrza_w dlatrmi2_w dlatrmi_w
      dlatrmp2_w dlatrmp_w frdter_w lamsoni2_w lamsoni_w lamsons2_w
      lamsons_w nmot nmot_w rl rl_w tmot
      tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_frini B_frmax B_frmax2 B_frmin B_frmin2 B_frmn
      B_frmn2 B_lrnda B_lrnda2 dfrmn_w dlaso dlaso2
      esst_snm07lsuw esst_snm08lsub esst_srl08lsub esst_srl08lsuw fr2_w frm2_w
      frmn_w frmx_w frm_w fr_w g1korr ladiff2_w
      ladiff_w lamzak2_w lamzak_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_clrs5 B_cwlrms0 B_cwlrms1 B_cwlrms4 B_cwlrms5 B_idecay
      B_idecay2 B_lalimi B_lalimi2 B_lalims B_lalims2 B_lrmsbrc
      B_lrmsbrc2 B_lrsin B_lrsin2 B_lrsrems B_lrsrems2 B_update
      B_update2 dfr2_w dfrmin2_w dfrmin_w dfrmnms2_w dfrmnms_w
      dfrpr2_w dfrpr_w dfr_w frini_w lamssok2_w lamssok_w
      lrsg12_w lrsg1_w lrsg22_w lrsg2_w lrsg42_w lrsg4_w
      lrsinte2_w lrsinte_w lrsp12_w lrsp1_w lrsp22_w lrsp2_w
      lrsp32_w lrsp3_w lrsp42_w lrsp4_w lrsw12_w lrsw1_w
      lrsw22_w lrsw2_w lrsxk32_w lrsxk3_w lrsxk42_w lrsxk4_w
      lrsy22_w lrsy2_w lrsy32_w lrsy3_w lrsy42_w lrsy4_w
      lrsyd2_w lrsyd_w lrsyi2_w lrsyi_w lrsyp2_w lrsyp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRSEB
    "20.60     Einschaltbedingungen stetige Lambdaregelung"

    /begin DEF_CHARACTERISTIC
      DLAMXSA DTMR IMLEVABS IMLEVABS2 IMLSALR NLRSHB
      RLLRSHB RLLRUN RLSLSMN TARAU TASHS TLRBAM
      TLRHS TLRSZWSA TLRTMS TLRVAM TLRZWTMS TMRA1
      TMRA2 TMRAK TMSHS TMTMRW TRAU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CLRS LALIUSMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bag B_bevab B_bevab2 B_craus B_dsla B_eev
      B_esls B_falr B_ll B_mdarv B_mdkat B_sa
      B_sbblsu B_sbblsu2 B_slsoff B_st B_stend B_temin
      B_temin2 B_vag B_vlsuftb B_vlsuftb2 lamsoni2_w lamsoni_w
      lamsons2_w lamsons_w ml_w nmot rl tans
      tmot tmrw tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eobdlr B_eobdlr2 B_lr B_lr2 B_lrmsbs B_lrmsbs2
      B_lrs B_lrs2 B_lrssa B_lrssa2 B_mlevab B_mlevab2
      B_mlrsa B_tmlr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_lrnbsnc B_lrrl B_pspaus B_pspwl B_slspaus B_tarau
      imlevab2_w imlevab_w imlrsa_w lrdtwl_w tansst tlrbamo_w
      tlrvamo_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRSHK
    "9.240     Lambdaregelung (stetig) hinter Katalysator"

    /begin DEF_CHARACTERISTIC
      CLRSHK CLRSHKA CLRSHKC CLRSHKEB CLRSHKEBB DLAHIFAMX
      DLAHINI DLAHINI2 DLAHPFAMX KDLASHKI KDLASHKI2 KDLASHKP
      KDLASHKP2 KFUSHK KILRHML KPLRHML LALIUSH LALIUSH2
      LALIUSRH LALIUSRH2 LAMSONMN LAMSONMX LASHKAB LRHIMN
      LRHIMX MLNKAX NLRHDIFAO NLRHDIFAU NLRHO NLRHU
      PLRHAV PLRHAV2 PLRHFA PLRHFA2 PLRHSHAB RLLRHDIFAU
      RLLRHON RLLRHUFA RLLRHUN TBLRH TDLAHFAMX TKATMLRH
      TLRHFRXMOF TLRHFRXMON TMLLAMN TMLLAMN2 TOFFDSHAB USRHKFA
      ZILRHFA ZLASHKAB ZLASOHML
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SM108LHSW SM208LHSW SML08LHUB SNM08LHUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      ahkat ahkat2 avkatf avkatf2 B_dslo B_edkvs
      B_edkvs2 B_enlash B_enlash2 B_enws B_enwsva B_enwsve
      B_esls B_fakat B_falrshk B_falsh B_falsh2 B_frmax
      B_frmax2 B_frmin B_frmin2 B_lr B_lr2 B_lrka
      B_lrka2 B_lrssp B_mdarv B_pwf B_sbbhk B_sbbhk2
      B_shab B_shab2 B_st B_tehb B_vlsuftb B_vlsuftb2
      B_vlsumrb B_vlsumrb2 esst_sm108lhsw esst_sm208lhsw esst_sml08lhub esst_snm08lhub
      lamsons2_w lamsons_w ml ml_w nmot rl
      tahsom2_w tahsom_w ushk2_w ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dlahieg B_dlahieg2 B_lrhk B_lrhk2 B_lrhkp B_lrhkp2
      dlahi2_w dlahi_w dlahp2_w dlahp_w lamsolh2_w lamsolh_w
      lamsonh2_w lamsonh_w usrhk usrhk2 usrhk2_w usrhk_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dlahini B_dlahini2 B_dlahix B_dlahix2 B_dlahpix B_dlahpix2
      B_dlahpx B_dlahpx2 B_falrhki B_falrhki2 B_falrhkrq B_lreberi
      B_lreberi2 B_lrhbb B_lrheini B_lrheini2 B_lrhkb B_lrhkb2
      B_lrhkg B_lrhkgi B_lrhkgnw B_lrhkgnwa B_lrhkgnwe B_mlnka
      B_mlnka2 B_nekati B_nekati2 dlahini2_w dlahini_w dlahist2_w
      dlahist_w dlahkab2_w dlahkab_w dlashki2_w dlashki_w dlashkm2_w
      dlashkm_w dlashkp2_w dlashkp_w lahkmz lahkmz2 lamhf2_w
      lamhf_w lamhm2_w lamhm_w LRSHKlokbits1_2 LRSHKlokbits2_2 mlnka2_w
      mlnka_w percnt2_w percnt_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LRSKA
    "6.100     Stetige Lambdaregelung Zusatzfunktion Katalysator-Ausräumen"

    /begin DEF_CHARACTERISTIC
      CLRSKA FKAXAVKAT FKAXAVKAT2 FLMLKAMA FLMLKAMA2 ILMLKAXTK
      ILMLKAXTK2 IMLKAMN IMLKAMN2 LAMKADEF LAMKAMLW LAMSKAMX
      LAMSKAMX2 NLRKA TDLAKAD TDLAKAU TLAKAMN TLAKAMN2
      TSAKAMN TSAKAMN2 USHKAMNW USHKAMNW2 USHKAMXW USHKAMXW2
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      avkatf avkatf2 B_bevab B_bevab2 B_lamdkt B_sbbhk
      B_sbbhk2 B_sbbvk B_sbbvk2 lamsbrs2_w lamsbrs_w lamsoni2_w
      lamsoni_w ml_w nmot tkihkm2_w tkihkm_w ushk2_w
      ushk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_lamka B_lamka2 B_lrka B_lrka2 ilmlka2_w ilmlka_w
      ilmltkx2_w ilmltkx_w imllaka2_w imllaka_w lamka2_w lamka_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_blrka B_blrka2 B_lrkaa B_lrkaa2 B_lrkae B_lrkae2
      dlamka2_w dlamka_w favkatmx favkatmx2 iftkavx2_w iftkavx_w
      imlka2_w imlka_w lrkaz lrkaz2 tsaka tsaka2
      xtkikm2_w xtkikm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    LSUMRS
    "1.30      Erkennung Verdacht auf LSU-Mager-Shift"

    /begin DEF_CHARACTERISTIC
      CWLSUMRS NVLSUMRSMX TMOTMRSMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf B_stend tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_vlsumrs B_vlsumrs2
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nvlsumrs nvlsumrs2
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MCMESS_PROT
    ""

    /begin REF_CHARACTERISTIC
      CWVSV
    /end REF_CHARACTERISTIC

/end FUNCTION

/begin FUNCTION

    MDASG
    "3.120     Drehmoment Automat-Schaltgetriebe ASG"

    /begin DEF_CHARACTERISTIC
      CDASG CDASG1 CWASGCAN CWMDASG DASGRED DBZ_MX_ASG
      DMASGNG DMIASGE DMIASGV DNASNOT DNSYWMN KASGRED
      KFASGVF KLASGP KLASGPL KLTMIVOR MDHYASG MIADT1MX
      MIASGLMX NSYWMN NSYWMX TASGCERR TASGCNO TASGCNU
      TASGRED TBZCAN_R TBZCAN_S TNSYWS TNSYW_R TSYNMX
      VASNOT VFSM ZKSM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMDS MDIMX SNM16__UW SPS11MDUW SRL11OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bz_cange B_asgnpl_R B_asgnpl_S B_asgphnpl B_asr B_ctout
      B_ge2bot B_ges B_gsaf B_msr B_sgspl_um B_wkauf
      B_wkr B_zges dmvad_w dpsu_w esst_snm16__uw esst_sps11mduw
      esst_srl11opuw gangauti mdsh_w mdsm_w mdssta_w mdverb
      mdverf_w mdwan_w miasrl_w miasrs_w mifafu_w mifa_w
      migs_w mimax_w minmx_w mizwmn_w ngas_w nmot_w
      nstat nsyw nsywin tmot tsyn vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_aakupst B_asgab B_asgpl B_asgpli B_sgspl B_sgsred
      migsl_w misgscpl_w misgslm_w misgsl_w misgs_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_asg20ms B_asginpl B_asgknpl B_asgneut B_misgsen B_vspt2
      dnabsak_w dnasgabs_w dnasgl_w dnasg_w dnsolasg_w fasgp_w
      mdsasg_w mdverlp_w miasgdt1_w miasgpl_w miasgp_w miasgvor_w
      misgsoa_w ngasoff_w nsolasak_w nsolasg_w nsyw_w pt2gsl1_w
      pt2gsl2_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDASGPH
    "1.100"

    /begin DEF_CHARACTERISTIC
      ASGMDMX ASGPHNPLC0 ASGPHNPLC1 DEGS EGSTDEC KASGMD
      TFKU_R TFKU_S
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CDASG MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asgpl B_ctout B_fku B_gsaf B_kl15 B_wkr
      mdverl_w mifa_w miist_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      asgphnpl B_asgnpl_R B_asgnpl_S B_asgphnpl momintrest
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      momint_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDAUTG
    "7.80      Berechnung des Istmomentes für die Getriebesteuerung"

    /begin REF_CHARACTERISTIC
      CWZWVMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abws B_evakt B_gess B_mdee B_mibeg B_nmax
      B_sa B_vagsl B_zwget B_zwnget B_zwvz B_zwvzvb
      dmaufr_w dmllr_w miasrs_w mibas_w mibgr_w mifa_w
      miges_w mimsr_w minmx_w miszul_w mivbeb_w mivmx_w
      mizwmn_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      miautget_w miautgs_w miistoar_w mimn_w mimx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwvzsy
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDBAS
    "26.20     Berechnung der Basisgrößen für Momentenschnittstelle"

    /begin DEF_CHARACTERISTIC
      CWMBAS DZWLB DZWOLA DZWRRI ETADZW ETALAM
      ETALB ETARRI KFDZWTBR KFFRIDZW KFMIOP KFZWOP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SLA09OPUW SNM16OPUW SRL11OPUW SRR07OPUW SWE07OPSW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      dzwwl esst_sla09opuw esst_snm16opuw esst_srl11opuw esst_srr07opuw esst_swe07opsw
      lambas_w nmot_w rl rl_w rri_w tmot
      wnwe_w zwbas zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzwol dzwolb dzworri etalab etalbb etarrib
      etazwb etazwbm frridzw mibas_w mioptl1_w miopt_w
      zwopt zwoptl1 zwoptl1n
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwb mioptl1n_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDBGRG
    "4.130     Momentenbegrenzung nach oben"

    /begin DEF_CHARACTERISTIC
      CWMDBGRG DMRTMKI DTMIBG KFFRTMKI KFMDBGRG KLFRTMKI
      MDGAT MDGENOT MKBRMXWP TAGAT TMMIBGR TMXMIBG
      TNGAT TVBRMX TVGAT VMIBGR VMKBRMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_brems B_krdws B_mdmxge B_pkndnmb gangi
      mdverl_w mibgrbr_w mibgrtm_w mifafu_w mifamx_w mimax_w
      mitibgr_w mkbgr_w mkfamx_w nmot tmki tmot
      vfzg wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mibgrl_w mibgr_w miekpbgr_w mitmbgr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_brvfp B_mkbrmx frtmki MDBGRGlokbits miatbgr_w mibgrg_w
      mibrmx_w tmotmdb
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDFAW
    "Fahrerwunschmoment"

    /begin DEF_CHARACTERISTIC
      CWDMFAB CWMDFAW DMDPOZ DMDPUG DMIFLSD DMIOWLSD
      DMLSDUG DMRFAWEN DRLMINDP FGMIFABG FGMIFAL FGZLSD
      FKFPEDV FKZDPTM FLRMIFABG FLRMIFAL FLRZDASH FLRZLSD
      KFDLSD KFDMDPO KFDMLSDO KFDMLSDS KFLSDWA KFMIFABG
      KFMIFABGWK KFMIFALS KFMILSD KFPED KFPEDL KFPEDR
      KFWMIFABG KFWMIFAL KFWZLSD KFZDASH KFZDASH2 KFZLSD
      MIFAAPP MIFABGMX MIFALAPP MIFALMF MKFADPN MKFADPN1
      MKMIFABG MRFALLO MRFALLU MRFAVLN NGFSAWE NMGALSDO
      NMGALSDU PEDLRMX PEDMX PEDRMX SNM12MDUW SWP16MDUW
      TDMFBSA TDMFBWE TDMFNSG TDMFWEMI TDMLSDS TVFSAWE
      TVGSCH VDASH VLSD
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX SGA08MDUB SNM06MDUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asr B_cvt B_faa B_faan B_gsch B_gwhs
      B_ko B_kuppl B_kupplv B_llvfgr B_mgbget B_nmax
      B_nmot B_nsget B_sa B_sab B_sabfg B_stend
      B_vmax B_vnull B_wkauf dmllri_w dmverl_w esst_sga08mdub
      esst_snm06mduw gangi gangist mdgrad_w mdsm_w mdverl_w
      mdvervf_w miasrs_w mibas_w mifamx_w miistoar_w mimax_w
      mimin_w mizwmn_w mrfgr_w ngfil_w nmot nmot_w
      nturb_w rlmin_w rl_w tmot vfzg wped
      wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dash B_dashv B_fgr B_fil B_ll B_lsd
      B_vl esst_snm12mduw esst_swp16mduw mifa mifal_w mifa_w
      mivbeb_w mkfanb_w mrfamx_w mrfa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dashvz B_dashz B_dp B_edp B_elsd B_gschwka
      B_iflsd B_ls B_mgbgakt B_mifabg B_mrpfa B_tdmlsds
      dlsd_w dmbebl_w dmdpo_w dmdpu_w dmgbeg_w dmlsdo_w
      dmlsdu_w dmrfawe_w dnitu_w fkfped fwmifabg fwmifal
      fwzlsd fzdash MDFAWlokbits mdfaw_bits mibdp_w miblsd_w
      mifabg_w mifak_w mifali_w migef_w minbeg_w mivbegv_w
      mivbeg_w mkfadpn_w mkfa_w mrpedl_w mrpeds_w mrped_w
      rlmindp_w zdash1_w zdash2_w zdash_w zlsdv_w zlsd_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDFUE
    "20.20     Sollwertvorgabe für Luftmasse aus Sollmoment"

    /begin DEF_CHARACTERISTIC
      CWMDFUE CWRLAPPL FRLMNHO FWPEDRLS KFMIRL KFRLMN
      KFRLMNSA KFRLMNST RLSOLAP SMI12OPUW ZKDRLSOL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM12FEUB SNM16OPUW STM06__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w B_sa esst_snm12feub esst_snm16opuw esst_stm06__ub etalab
      etalbb etarrib etazwbm fho fho_w milsol_w
      nmot nmot_w rltedte_w tmot tmst_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mdmin drlsolf_w drlsol_w esst_smi12opuw rlmin_w rlshk
      rlshk_w rlsol_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      misopl1n_w rlsolv_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDIST
    "10.21     Motormomentenberechnung"

    /begin REF_CHARACTERISTIC
      ETADZW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      miopt_w redist zwist zwopt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      etazaist etazwist miist_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwi mdindg_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDKOG
    "1.250     Drehmomentenkoordination für Gesamteingriffe"

    /begin DEF_CHARACTERISTIC
      CWMDKOG CWTEZW CWZWVMX DELRL NASNOTKL THDMB
      TMVER TVMIBEG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_evakt B_fil B_gess B_kh B_kupplv
      B_kw B_ll B_llrein B_lsd B_mdmin B_mgbget
      B_mibegl B_mifabg B_nmxozwe B_sa B_stend B_zwfsu
      dmar_w dmllr_w dmrkh dmrkt_w dmrllr_w etazwb
      miasrl_w miasrs_w mibas_w mibgr_w mifa_w miges_w
      migs_w milres_w mimax_w mimsr_w minmx_w miopt_w
      misgs_w miszul_w mitebg_w mivmx_w mizwmn_w nmot_w
      rlmin_w rlsol_w rl_w tmot wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_abws B_asr B_mdein B_mibeg B_msr B_savmd
      B_sgs B_zwget B_zwnget B_zwvs B_zwvz B_zwvzvb
      cmibeg_w miext_w mifab_w misolv_w misol_w mizsolv_w
      mizsol_w nasnottm
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_sgs0 B_zwdmr B_zwfa B_zwfe B_zwpp dmzms_w
      mibeg_w misolbv_w misolp_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDKOL
    "26.20     Momentenkoordination auf Füllungsebene"

    /begin DEF_CHARACTERISTIC
      CWMDKOL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_abws B_dashv B_llrein B_lsd B_mibeg B_mifabg
      dmllrl_w dmrkh dmrkt_w dmrllr_w etazwbm etazwmn
      miasrl_w mibgrl_w mifal_w mifa_w miges_w migsl_w
      mimsr_w minmx_w misgsl_w miszull_w mitebg_w mivmx_w
      vsdmr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mibegl B_mrakt dmrmx_w mifafu_w milres_w milsol_w
      mimnl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dmlms_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDMAX
    "12.10     Berechnung maximales indiziertes Motormoment"

    /begin DEF_CHARACTERISTIC
      FMIMXKVL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      KFMIOP SRL11OPUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      esst_snm16opuw nmot rlmxs_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mimax_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mimxl1_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDMIN
    "10.40     Minimales Motormoment Koordination"

    /begin DEF_CHARACTERISTIC
      CWMDMIN FWDMVAD KFMIMN KFVERST KLMIMNH
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kupplv B_sab dmvad_w fho fnstab_w gangi
      mdverf_w nmot_w nver_w wped_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mill_w miminds_w mimins_w mimin_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDNSTAB
    "1.41      Drehmoment: Drehzahlstabilisierung"

    /begin DEF_CHARACTERISTIC
      FNSTABNV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_w nstat
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      fnstab_w nver_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdnstab
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDRED
    "4.70      Berechnung Reduzierstufe aus Momentenanforderung"

    /begin DEF_CHARACTERISTIC
      CREDSTU CWMDRED DMIZWMN MDHYEZ REDHYOC REDHYUC
      REDMXSA REDZEM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_asr B_dknolu B_dkpu B_msr B_nmax B_nmaxred
      B_sab B_stend etazwmn mibas_w minmx_w miopt_w
      misol_w redist tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sa mizwmn_w redsol
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mdee B_mdredhyein redhyst redneu redze redzst_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDTRIP
    "1.70      Berechnung der Momentenreserve im Kurztrip"

    /begin DEF_CHARACTERISTIC
      DMRAA KLMRKFHO
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_faam dmrdkt_w dmrdsls_w dmrlash_w dmrlsh_w dmrlsv_w
      fho_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmrkt_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDVER
    "23.20     Motor-Verlustmoment"

    /begin DEF_CHARACTERISTIC
      CNFMDVER DMDNSM DMVERLMN DPUMDS KFMDS MDSH
      MDSM SPS11MDUW ZFMDVERL ZMDNSM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM16__UW STM08__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_llrein B_sa dmvad_w esst_snm16__uw esst_stm08__ub fho
      mdverb_w mdwan_w nmot_w ps_w pu_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmverl_w esst_sps11mduw mdsh_w mdslw_w mdsm_w mdssta_w
      mds_w mdverf_w mdverl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dmverlin dpsu_w kfmdsmn_w kfmds_w mdsmn_w mdvervf_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDVERAD
    "12.50     Adaption Verlustmoment"

    /begin DEF_CHARACTERISTIC
      DMADFK DMADFS DMADKO DMADLL DMADMNFK DMADMNFS
      DMADMNKO DMADMNLL DMADMXFK DMADMXFS DMADMXKO DMADMXLL
      TMDMAD TWDMAD ZKDMADFK ZKDMADFS ZKDMADKO ZKDMADLL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CDWVERAD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adrmdver B_cvtad B_dtes B_evakt B_fs B_koe
      B_llr B_llrein B_mdarv B_nswo1 B_pwf B_vllr
      dmllri_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmvad_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_adwfk B_adwfs B_adwko B_madakt B_madfk B_madfs
      B_madko B_madll dmvadfk_w dmvadfs_w dmvadko_w dmvadll_w
      dmvamnfk_w dmvamnfs_w dmvamnko_w dmvamnll_w dmvamxfk_w dmvamxfs_w
      dmvamxko_w dmvamxll_w MDVERADlokbits MDVERADlokbits1
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDVERB
    "12.290    Momentenbedarf der Nebenaggregate (z.B. Klimaanlage, sonst. Verbraucher)"

    /begin DEF_CHARACTERISTIC
      CNFSL CWMDRLKO CWSELV CWTUM DMDGENAB DMDHFS
      DMDLWS DMDRKO DMGN DMKO DMLFS DMSERVL
      DMSLP FMDGEN FMDGENTA KFDMDKOE KFMDDLWS KFMDELMX
      KFMDGEN KFMDKO KFMDPKO KFMDPKOME KFMDPWM KFMDPWME
      KFMDRKO KFMDRKOE KLFMKNM KLMDLFTV LWSER MDHFS
      MDHHS MDSL MDSLP MDSLPE MKLLS SKO06KOUB
      SKO06PKO SNM06KOUB SRL06KOUB STA06LLUB TDMKOW ZKMDELL
      ZKMDGEN ZKMDKO ZKMDSEV ZKMDSLP ZMDDLWS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDNORM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acres B_koe B_llrein B_lwser B_sfsc B_sksc
      B_sl B_slp B_st B_stend dlws_w kldfpwm
      lws_w mkllsc mkolsc nmot pkodrc rl
      takols tans tumg tvlues1
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dmrac dmrlf esst_sko06koub esst_sko06pko esst_snm06koub esst_srl06koub
      esst_sta06llub mdel_w mdgen_w mdko_w mdlfs_w mdslpf_w
      mdswl_w mdverb mdverb_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dlwsu_w dmr3lf_w md3lf_w mddlws_w mdkoini mdlws_w
      tlok wdmdkoe wkfmdko_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDWAN
    "6.110     Drehmomentaufnahme des Wandlers"

    /begin DEF_CHARACTERISTIC
      CNFMDWAN DMDWANMX DMDWHYS DMDWM FABMDWA FDMDWAN
      FMDWAT FNRAD FVDMDWAN KFMDWMX MDATNM MDATRM
      MDWANER STW08MDUB TVFSAM TVFSEM TVFSRAM TVFSREM
      TVFUE UEVERG ZKDMDW ZKMDWAB ZKMDWAUF ZKMDWF
      ZKUEVERG
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_fs B_mdwaner gangi mdwancan nstat
      nturbc_w tmot vfzg vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dmrwan B_rgang dmdwan_w dmrwan mdwanvf_w mdwan_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_cnfwan B_fsu dnturb_w esst_stw08mdub mdatxm_w mdwancb_w
      nturbv_w nturb_w qntns twnd
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDZUL
    "4.100     Maximal zulässiges Moment"

    /begin DEF_CHARACTERISTIC
      CWMDZUL KFDMP KFDMT KFMOF KFPZU KLDMMX
      KLLLRZU KLMIMAX KLMIMIN KLMZUMN MZFFIL MZFTV
      NSTART NSTEND SMO08MFUB SNM08MFUB STM08MFUB SWP08MFUB
      TANSMN TMBST TMNSMN TMOMIN TNSC TNSOF
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      MDIMX
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgr B_klmzu_um B_mrakt B_msr B_mzns_um B_sgs
      dmllrl_w dmrmx_w etazwbm etazwmn fnstab_w mdslw_w
      mdverf_w mdvervf_w nmot tans tmot tnst_w
      wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bbkoptuf B_mdbglst B_mdblst B_mdbresl B_mdbza miszull_w
      miszul_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_inidtf B_mbst B_mzns B_nsakt B_nsend esst_smo08mfub
      esst_snm08mfub esst_stm08mfub esst_swp08mfub mdverbmx_w miszullb_w mizufil_w
      mizuofil mizutmp_w mizuvfil tmotmn tnscCtr_w tnsofCtr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MDZW
    "1.122     Berechnung Moment in Sollzündwinkel"

    /begin DEF_CHARACTERISTIC
      DMAUFN DZWETA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_zwvs B_zwvz etazaist mibas_w miopt_w misol_w
      mizsol_w mizwmn_w nmot_w redist zwopt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nozwe dmaufr_w etazws zwsol
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwvzm dzws
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MOTAUS
    "5.80      Motor-Abstellen"

    /begin DEF_CHARACTERISTIC
      TNLSGMN TNLSGMX UBNLMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15 B_pwf B_stend ub
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nachl B_nachlend B_nachlram B_nachlstp B_nlacls B_nlale
      B_nlatm B_nlcan B_nldtafx B_nldte B_nldval B_nldve
      B_nlEEPR B_nletm B_nlmls B_nlobd B_nlsgls B_nlsiko
      B_nlubr B_nlwfs B_nlwst swOffD2Bits swOffDlBits tnachl_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    MRKOMD
    "1.10      Berechnung des skalierten Wunschmomentes aus koordiniertem Moment"

    /begin IN_MEASUREMENT
      milsol_w mimax_w mimin_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mrko mrko_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NLDG
    "2.70      Notlauf Drehzahlgeber"

    /begin DEF_CHARACTERISTIC
      DYNMXNL FIRNLIGN FNLMI0 FNLMI1 FNLMI2 KLDTPH
      KLDTPHST KLDYNCOR KLNLPHN KLWNWI KNLSYN MXNLFEHL
      TNLPHWAIT TNLSYNMN TNLSYNMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWNWREF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nldg B_phad B_phad2 B_phsok B_phsok2 B_st
      B_switchpg B_wnwi2out B_wnwiout nmot synstate tmot
      wnwi2_ad_w wnwi_ad_w wnwkwas2_w wnwkwas_w wnwspas2_w wnwspas_w
      zphfl zphfl2
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_phnldg B_synnldg nsynnldg zphflsyn
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_2ph B_3ph B_ensynnl B_gapnldg B_kllknl B_lkklnl
      B_noknldg B_phfalse B_phnegtiv B_resetsyn B_rphsp B_synoknl
      B_wnwioutx dtsegph_w mtsegph_w tnbmphs0_w tPh1_w tsegph_w
      wnwix_w wnwkwasx_w wnwspasx_w zphflx
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NLPH
    "5.40      Notlauf Phasengeber"

    /begin DEF_CHARACTERISTIC
      ANZEAUS CWNLPH NPHERKMN NPHERKMX NPHINVMN NPHINVMX
      RLPHERKMN RLPHERKMX TPHERKMN TPHSABSP TPHSSP ZYLEAUS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bm B_dluerk B_ll B_luaerk B_luerk B_lustop
      B_mdstim B_mdstop B_nldg B_nlphea B_pha2act B_phaact
      B_phsok B_phsok2 B_pwf B_synph fdmd flg
      nmot rl synstate tmot zzyl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      anzeausb B_dopzue B_nlph B_nosynph B_phsnl B_phsnlab
      B_phsnlinv B_phsnlok B_stimnlph nsynnlph phLosCtr_w znlphausf
      znlphausr znlphstim zyleausb
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_delaysyn B_optpherk
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NMAXMD
    "19.30     Drehzahlbegrenzung"

    /begin DEF_CHARACTERISTIC
      DNMAX DNSIAB ITNMXH KINMXNL KINMXRLG KLTNMXPR
      MDIMX NMAX NMAXDV NMAXDVG NMAXDZ NMAXGA
      NMAXKR NMAXNL NMAXOGGA NMXPNL NMXPRLG TMOTNMX
      TNMXH VNMX
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DNMAXH SGA08MDUB SRL08NXUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_dknolu B_dkpu B_dopzue B_krdws B_nldg
      B_nmaxext esst_sga08mdub esst_srl08nxub gangi mifab_w ndcdis_w
      ngfil_w nmaxext_w nmot_w rl tmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nmax minmx_w nsber_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nmaxd B_nmaxog B_nmxkr B_tmnmax dmnmxi_w dmnmxp_w
      dnsi_w kinmx nmax_w nmotpr_w nmxpr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWEVDA
    "2.10      Nockenwelle eingeschränkter Verstellbereich weg Diagnose Abgasstrang"

    /begin DEF_CHARACTERISTIC
      CWNWEVDA
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dktlp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwsebd
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWEVO
    "1.170     Nockenwelle: eingeschränkte Verstellmöglichkeiten wegen Öldruck"

    /begin DEF_CHARACTERISTIC
      ANZLVMXA ANZLVMXE CWNWEVO DWNWESTPA DWNWSHKA DWNWSHKE
      DWNWSTPA DWNWSTPE DWNWSTPEA DWNWSTPEE DWNWSVPA DWNWSVPE
      DWNWVPA DWNWVPE DWNWVSA MXSHKA MXSHKE NGNWLLNA
      NNWSHKMN NNWSHKMX SHKNWMXA SHKNWMXE TANWSVA TANWSVE
      TNWLLAMXA TNWLLNA TNWLVA TNWLVE TNWLVRPA TNWLVRPE
      TNWSHK TNWSHKAA TNWSHKAE TNWSTPA TNWSVA TNWSVE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM05NWUW STO06NWUW WNWRAS WNWREO
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_brems B_enwsva B_enwsve B_fanwsaa B_fanwsea B_kuppl
      B_nmin B_nwrposa B_nws B_nwsst B_sa esst_snm05nwuw
      esst_sto06nwuw ngfil nmot nmot_w toelk_w wnwa_w
      wnwe_w wnwsaa_w wnwsae_w wnwsa_w wnwse_w wnwsfaa_w
      wnwsfae_w wnwsmna_w wnwsmne_w wnwsmxa_w wnwsmxe_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_anwva B_anwve B_nwllna B_nwseva B_nwseve B_nwstpa
      wnwseva_w wnwseve_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      anzlvnwa anzlvnwe B_break1a B_break1e B_break2a B_break2e
      B_nwilpa B_nwlva B_nwlva2 B_nwlve B_nwlve2 B_nwlvrpa
      B_nwrllna B_nwshka B_nwshkaa B_nwshkae B_nwshkapa B_nwshkape
      B_nwshke B_nwshko B_nwshkrpa B_nwshkrpe B_nwshkta B_nwshkte
      B_nwsilpa B_nwsyna B_nwsyne B_shken B_stat1to2a B_stat1to2e
      B_stat2to1a B_stat2to1e B_stpsyna B_stpsyne B_tnwlva B_tostat1a
      B_tostat1e B_tostat2a B_tostat2e B_wnstvhe ctrshknwa ctrshknwe
      ctr_anwva ctr_anwve dwnwasa2_w dwnwasa_w dwnwstpa_w statnwshka
      statnwshke wnshkmna_w wnshkmne_w wnshkmxa_w wnshkmxe_w wnstvhe_w
      wnwshka_w wnwshke_w wnwslva2_w wnwslva_w wnwslve2_w wnwslve_w
      wnwsta_w wnwstba_w wnwste_w wnwstpa_w wnwsyna_w wnwsyne_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWFW
    "2.60      Berechnung Faktor Winkel Nockenwelle"

    /begin DEF_CHARACTERISTIC
      CWNWFW KFFNWA KFFNWE KFNWWUA KFNWWUE NWUEBER0
      NWUEBER1 NWUEBER2 NWUEBER3
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fnwua fnwue nmot_w rl rlnw_w wnwe_w
      wnwsmxa_w wnwsmxe_w wnwva_w wnwve_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fnwea B_fnwea2 B_fnwea3 fnwaa fnwea fnwea1
      fnwea2 fnwea3
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fnwue1lc_w fnwue2lc_w fnwue3lc_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWSFAT
    "1.30      Nockenwellensteuerung, Sollwertvorgabe durch Tester"

    /begin DEF_CHARACTERISTIC
      DMRDNW NFANWS TNWAPTA TNWAPTE TNWFARA TNWFARE
      TNWPPTA TNWPPTE TNWVBGNA TNWVBGNE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dnwsa B_dnwse B_fa B_fanwsa B_fanwse nmot
      wnwsmna_w wnwsmne_w wnwsmxa_w wnwsmxe_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fanwftva B_fanwftve B_fanwsaa B_fanwsea B_fanwstaa B_fanwstae
      B_fanwta B_fanwte dmrdnw_w wnwsfaa_w wnwsfae_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      statetnwa statetnwe
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWSOLLA
    "13.30     Sollwertvorgabe NWS (Auslaßseitig)"

    /begin DEF_CHARACTERISTIC
      DTOELKNWHA DWNWABGA DWNWAMXA DWNWSBGLA FNWSKRA GANGNWLLPA
      KFNWKHA KFNWKHKA KFNWKHLLA KFNWKHLLKA KFNWKRA KFNWLLA
      KFNWLLHA KFNWSA KFNWSHA KFNWTMA KFNWWLA KFNWWLLA
      KFWNWSAPA KLTOELNWH KTNWSABGKA KTNWSNABGA KTNWSPABGA NMKFNWLLA
      NWTMKHA TMNWLLKHA TNWSBGLA TNWSBGNSTA TNWWSPA VNWLLPA
      WNWBKVA WNWDSHKA WNWRAS WNWSAAPP WNWSAPFA WNWSAPSA
      WNWSGUDA WNWSMNA WNWSMXA WNWSTA WNWSWOFA WNWVAS
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM05NAUW SNM05NWUB SNM05NWUW SNM16NAUW SRL05NAUW SRL08NAUW
      SRL16NAUW STM05NWUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bbkoptuf B_bkvnwab B_dnwsa B_enwsva B_fanwstaa B_fnwstva
      B_ll B_nwrposa B_nwsapkfa B_nwsappa B_nwsebd B_nwseva
      B_nwsguda B_nwskflla B_nwssprga B_nwsst B_nwvfa B_wnwsmxfa
      esst_snm05nauw esst_snm05nwub esst_snm05nwuw esst_snm16nauw esst_srl05nauw esst_srl08nauw
      esst_srl16nauw esst_stm05nwub fho_w fnwkha gangi kmstand_w
      nmot nmot_w rk_w rlnw_w tmot tmst
      tnst_w toelk_w tumg vfzg wkrma wnwadmxa_w
      wnwa_w wnwseva_w wnwsfaa_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwsbgla B_nwslla B_wnws0a wnwahom_w wnwass wnwsaa_w
      wnwsa_w wnwsmna_w wnwsmxa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwsapspa B_toelnwha dwnwabga_w dwnwamxa_w fnwtmkha fnwwarma
      nwsollalokbits tnwsbga tnwsbnsa_w wdnwsa_w wnwdshka_w wnwkha_w
      wnwkhlla_w wnwsapa_w wnwsbga_w wnwskwa_w wnwskwka_w wnwskwla_w
      wnwsswa_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWSOLLE
    "13.10     Sollwertvorgabe NWS (Einlaßseitig)"

    /begin DEF_CHARACTERISTIC
      CWNWEHOE DWNWABGE DWNWAMXE DWNWSBGLE FNWSKRE KFDWNWSUE
      KFNWKHE KFNWKHKE KFNWKHLLE KFNWKHLLKE KFNWKRE KFNWLLE
      KFNWSE KFNWTME KFNWWLE KFNWWLLE KFWNWSAPE KLTVNW
      KTNWSABGKE KTNWSNABGE KTNWSPABGE NMKFNWLLE NWTMKHE TNWSBGLE
      TNWSBGNSTE TNWWSPE WNSRFIXE WNWBKVE WNWDSHKE WNWREO
      WNWSAPFE WNWSAPSE WNWSEAPP WNWSGUDE WNWSMNE WNWSMXE
      WNWSTE WNWSWOFE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM05NEUW SNM05NWUB SNM05NWUW SNM16NEUW SRL05NEUW SRL08NEUW
      SRL16NEUW STM05NWUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_bkvnwab B_dnwse B_enwsve B_fanwstae B_fnwstve B_ll
      B_nwrpose B_nws B_nwsapkfe B_nwsappe B_nwsebd B_nwseve
      B_nwsgude B_nwskflle B_nwssprge B_nwsst B_nwvfe B_su
      B_wnwsmxfe dwnsrfie_w esst_snm05neuw esst_snm05nwub esst_snm05nwuw esst_snm16neuw
      esst_srl05neuw esst_srl08neuw esst_srl16neuw esst_stm05nwub fho_w fnwkhe
      nmot nmot_w rk_w rlnw_w tmot tmst
      tnst_w tumg tvsuae wkrma wnwadmne_w wnwe_w
      wnwseve_w wnwsfae_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwsbgle B_sunw B_wnws0e NWSOLLEausbits_10ms NWSOLLEausbits_koop wnsrfixe_w
      wnwehom_w wnweos wnwsae_w wnwse_w wnwsmne_w wnwsmxe_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwsapspe dwnwabge_w dwnwamxe_w dwnwsue_w fnwtmkhe fnwwarme
      NWSOLLElokbits_koop tnwsbge tnwsbnse_w tvnwe wdnwse_w wnwdshke_w
      wnwkhe_w wnwkhlle_w wnwsape_w wnwsbge_w wnwskwe_w wnwskwke_w
      wnwskwle_w wnwsrfie_w wnwsswe_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWSYVAR
    "2.30      Nockenwellen-Systemvarianten"

    /begin IN_MEASUREMENT
      wnwi2_ad_w wnwi_ad_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      wnwisa_w wnwise_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    NWWUE
    "5.50      Berechnung der Nockenwellenüberschneidung"

    /begin REF_CHARACTERISTIC
      WNWRAS WNWREO
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dnwsa B_dnwse B_enwsva B_enwsve wnwahom_w wnwa_w
      wnwehom_w wnwe_w wnwsmna_w wnwsmne_w wnwsmxa_w wnwsmxe_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nwswg fnwua fnwue fnwu_w wnvuhoms_w wnwgv_w
      wnwue wnwue_w wnwva_w wnwve_w wnwvg_w wnwvumxa_w
      wnwvumxe_w wnwvumx_w wnwvu_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      wnwug_w wnwu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    OBPC_71
    ""

    /begin DEF_CHARACTERISTIC
      SGIDB8 SGIDB9
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CNSDEF SGIDB7 VARDEF
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kl15
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nlasicOBP B_nlfrOBP B_nlOBP OBPSWOFFbits S_NLENAS tnachlOBP
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    OBP_CAN
    ""


/end FUNCTION

/begin FUNCTION

    OBP_EEP
    ""


/end FUNCTION

/begin FUNCTION

    obp_t
    ""

    /begin IN_MEASUREMENT
      B_nlOBP
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    PHAS
    "Phaseninterrupt"

    /begin IN_MEASUREMENT
      B_nldg B_phas2 B_phase B_phnegtiv B_switchpg zrph
      zrph2
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    PK
    ""


/end FUNCTION

/begin FUNCTION

    POWERFA
    "Powerfail check"

    /begin OUT_MEASUREMENT
      B_pwfCsErr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    PROKON
    "4.20      Projektkonfiguration"

    /begin DEF_CHARACTERISTIC
      CDAGR CDAGRL CDATR CDATS CDBKVP CDDSBKV
      CDDST CDDYLSU CDEGFE CDEHFM CDGGGTS CDHELSU
      CDHRLSU CDHRLSUE CDHSH CDHSHE CDHSV CDHSVE
      CDICLSU CDKAT CDKVS CDLASF CDLASH CDLATP
      CDLATV CDLDP CDLLR CDLSA CDLSFHV CDLSH
      CDLSHV CDLSV CDLSVV CDMD CDNWS CDPLLSU
      CDSALSU CDSLS CDSWE CDTANKL CDTES CDULSU
      CDWVERAD CWADRES CWDLSU CWERFIL CWGRABH CWKMMILSCT
      CWKONABG CWKONFLS CWKONFZ1 CWKONLS CWLSFA CWLSHA
      CWMDAPP CWOBD CWSCTMDE CWSLS CWTF CWUHR
      NSWO1 NSWO2 WESSOT
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_4wd B_abstnl B_adrkra B_adrldra B_adrlra B_adrmdver
      B_adrmsdk B_adrsta B_asrfz B_autget B_cdagr B_cdagrl
      B_cdanws B_cdatr B_cdats B_cdbkvp B_cddsbkv B_cddst
      B_cddylsu B_cdegfe B_cdehfm B_cdenws B_cdgts B_cdhelsu
      B_cdhrlsu B_cdhrlsue B_cdhsh B_cdhshe B_cdhsv B_cdhsve
      B_cdiclsu B_cdkat B_cdkvs B_cdlasf B_cdlash B_cdlatp
      B_cdlatv B_cdldp B_cdllr B_cdlsa B_cdlsfhv B_cdlsh
      B_cdlshv B_cdlsv B_cdlsvv B_cdmd B_cdnws B_cdpllsu
      B_cdsalsu B_cdsls B_cdswe B_cdtankl B_cdtes B_cdulsu
      B_cvt B_cwlshdyn B_cwlshmf B_cwlshsch B_cwlshvl B_dslvh
      B_dssv B_dssvnl B_dsuv B_fpwdkap B_gra6p B_gracan
      B_hfmv B_katfz B_kath B_kmmilsct B_ldsafw B_ldsapp
      B_ls4 B_ls42 B_lsf B_lsf2 B_lsh B_lsh2
      B_lsv B_lsv2 B_mde8e B_mde9e B_mt B_niveau
      B_nswo1 B_nswo2 B_plsolap B_png B_slsfz B_tfu
      B_uhrrmin B_uhrrsec B_wdksap B_zwappl cd_bits1_w cd_bits2_w
      cd_bits3_w cd_bits4_w cw_erfil cw_obd grundwert wessbm
      zzbank
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RDE
    "1.40      Rückdreherkennung"

    /begin DEF_CHARACTERISTIC
      DNABW KLTNRDE NMOTRDE RDUNDEF UBDTRDE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fbm B_nmin dnmot_w nmotll synstate tmot
      ub vfzg_w wkwbzm0_w wkw_w wub zzseg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_enabrde B_motstop B_rdeplaus B_rdeundef
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_abw B_anlaus B_verrueck B_waitgap rdeBits tnbmrde
      tnbmrde1 tnbmrde2 ubrde wkwas_rde
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RKTI
    "11.40     Einspritzdauerberechnung ti aus relativer Kraftstoffmasse rk"

    /begin DEF_CHARACTERISTIC
      CWDMIL CWPKAPP FKKVS FRLFSDP KMITIBGR KRKTE
      PSAPES PVMITIBGR TEMIN TEMINVA TVTSPEV TVUB
      ZTSPEV
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ba B_bag B_stend B_va evtmod mifab_w
      nmot nmot_w ps_w pu_w rk2_w rk_w
      ub vsfpses
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_temin B_temin2 dtimx_w evtmodev mitibgr_w ti2_w
      timxth_w timx_w ti_b1 ti_b2 ti_tvu_w ti_w
      tvsp_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_enimiti dpus_w frkte_w ftek2_w ftek_w mitibgri_w
      mitibgrp_w RKTIlokbits te2_w tevfa2_w tevfakge_w tevfa_w
      te_w tvu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RPSLSU
    "2.20      Referenzpumpstromsteuerung für die LSU mit gepumpter Referenz"

    /begin DEF_CHARACTERISTIC
      CWRPSLSU IPREFLSUB IPREFLSUE TKERRPSON TVRPSONMX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_hsv B_hsv2 B_nmot tkerlsu2_w tkerlsu_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      iprefanf iprefanf2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RSA
    ""

    /begin LOC_MEASUREMENT
      ctr_RSABlock
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RSTMON
    "2.10      Reset Monitor"

    /begin OUT_MEASUREMENT
      resetMonIdx
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      rstMon
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    RUNTIME
    "Laufzeit-Messungen"

    /begin DEF_CHARACTERISTIC
      AUFW100M AUFW10MS AUFW20MS AUFWSYNC RESETMAX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dash B_kr B_llr B_lrs B_lsd B_sa
      nmot rl wdkba wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      cyclebg_w laufz100_w laufz10m_w laufz1m_w laufz1s_w laufz200_w
      laufz20m_w laufz2m_w laufz50m_w laufz5m_w laufzbg_w laufzmbg_w
      laufzmfa_w laufzsyn2_w laufzsyn_w lzmaxnmot lzmaxrl lzmaxstate
      lzmaxwdkba lzmaxwped lzs_dash lzs_kr lzs_ldr lzs_lr
      lzs_lsd lzs_sa perffilt_w perfilt_bg perfmax_w perform_bg
      perform_w peri40ms_w rlossCtr_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      cntbg_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SALSU
    "100.10    Schubabgleich LSU"

    /begin IN_MEASUREMENT
      o2vk2_w o2vk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ko2vk2_w ko2vk_w o2adap2_w o2adap_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SCATT
    "20.90     SCAN TOOL-Testerschnittstelle"

    /begin IN_MEASUREMENT
      B_m9cvnout B_mde9e fcmEnd
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_m8te B_m9cvnclr scattBits
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SGAAU
    "4.30      Störgrößenaufschaltung AU II"

    /begin DEF_CHARACTERISTIC
      CWAU2 LAMSAUF LAMSAUM TMAU TNSTAU TVAUAK
      TVAUF TVAUM VFZGAU
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      TMDMN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll tmot tmotlin tnst_w vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_auakt lamau_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SLS
    "88.220    Sekundärluftsteuerung"

    /begin DEF_CHARACTERISTIC
      CWFASL DPSLV FMSL FMSL2 FMSLOFF FMSRHOL
      FMSTMOT IMLSLMNTMS IMLSLMXTMS IMLSLSA IMLSLSE KFFMSML
      MLSLMX MSLUB TASLSO TASLSU TDDSLA TDSLKT
      TFASLAMN TLMSSLAB TLMSSLMX TLMSSLTNS TMFASLMN TMSSLO
      TMSSLSTO TMSSLSTU TMSSLU TSLABB TSLPMN TSLUBST
      TVDSLVON TVSLP2 TVSLVOFF TVSLVON UBSLMN UBSLMX
      UBSLSTMN VSLS ZFLMSSL ZKSLPOFF ZKSLPON ZKSLSOFML
      ZKSLSONML
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWSLS
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpl B_brems B_dslfa B_dslsp4 B_dspe B_fa
      B_fasls B_fs B_kh B_kha B_khab B_kuppl
      B_ll B_mslmn B_nmot B_slsfz B_st B_stend
      fmsla fmsla2 frhokor_w imlpr mlbb2_w mlbb_w
      ml_w nmot ps_w pu rl tans
      tmot tmst tnst_w ubsqf_w verhmsb2_w verhmsb_w
      vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eslpe B_eslve B_fasla B_lmsslof B_msloff B_slkhof
      B_slp B_slp2 B_slpmn B_slpmn2 B_slpoff B_sls
      B_slsadap B_slsoab B_slsoff B_slv flamsl2_w flamsl_w
      flmssl fmslrho msl msl2 msl2_w mslstat
      mslstat_w msl_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dslreset B_dslset B_mslon B_sldsl4 B_slkt B_slpanst
      B_slpena B_slpofst B_slsdis B_slserr B_slsinhi fmsagd
      fmsldyn fmslkor fmsltm fslpdyn imlsla_w imlsle_w
      mslkorr_w mslpub_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SREAKT
    "7.70      EGAS: Sicherheitskonzept, Fehlerreaktionen"

    /begin IN_MEASUREMENT
      B_appnolu B_dkp1e B_dkp2e B_dkpaw B_dlrbe B_dlrpide
      B_fproab B_fprzab B_i_ska_um B_nlpne B_ubdve B_ub_ok
      B_umauab B_wdksive
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dknolu B_dknot B_dkpiu B_dkpru B_dkpu B_i_ska_fr
      B_notlu_fr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_dkunb
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SRMHFM
    "1.10      Saugrohrmodell HFM"

    /begin DEF_CHARACTERISTIC
      KFPBRKLM KFPBRKNWLM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      fnwue fupsrl_w fvisrm_w nmot_w pbrint_w psmx_w
      pu_w rlfgroh_w wdkba_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dpsfglm_w psfglm_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      fpbrkdlm_w pbrlm_w pslm_w rflmorgi_w rfrextlm_w rlfglm_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SRMSEL
    "1.50      Saugrohrmodell Selektion"

    /begin IN_MEASUREMENT
      B_hfm dpsfglm_w fpbrkdlm_w psfglm_w pslm_w pu_w
      rflmorgi_w rir_w rlfglm_w rlr_w umsrln_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_dssakt dpsfg_w drl_w fpbrkds_w ml ml_w
      msfabr_w msfebr_w ps psfg_w ps_w rfges_w
      rforgi_w rl rlfg_w rl_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SSTB
    "Stützstellenverteilung"

    /begin DEF_CHARACTERISTIC
      FHO04ESUB SAN12ESUW SDK10TEUB SEZ06TMUB SFR05TEUB SGA06MDUB
      SGA08MDUB SIM06ESUW SKS06ESUB SLA05ESUB SLX06TMUW SLY06TMUW
      SM108LHSW SM208LHSW SMI04LLUB SML05DKUB SML06TEUB SML06TMUW
      SML07TMUW SML08LHUB SMT06TMUW SNG06LLSB SNM05DKUB SNM06ESUB
      SNM06LLUB SNM06MDUW SNM06NWUB SNM07ESUB SNM08FEUB SNM08LHUB
      SNM08OPUB SNM08__UB SNM10LSUB SNM10TEUB SNM12ESUB SNM12FEUB
      SNM16CIUB SNM16KRDYUB SNM16KRUB SNM16OPUW SNM16ZUUW SQM05TEUB
      SRL03KRUB SRL04KRUB SRL06ESUB SRL06KRUB SRL08DMUB SRL08NXUB
      SRL10LSUB SRL12ESUB SRL12ZUUW SRP06ESUB ST107TMUB ST207TMUB
      ST307TMUB ST407TMUB STA04LLUB STA06ESUB STA12ESUB STA12WLUB
      STK04SAUB STM04FEUB STM04SAUB STM04__UB STM05SAUB STM05TMUB
      STM06LLUB STM06NWUB STM06__UB STM08DMUB STM08MDUB STM08OPUB
      STM09ESUB STM10__UB STM12ESUB STN06LLUB STS08ESUB STS12ESUB
      SUE08MFUB SUV07MDUB SWP08OPUB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      anztib_w dlashkm2_w dlashkm_w etazwimt fho frmit
      gangi imlatm_w kstaa ladiff_w lamsbg2_w lamsbg_w
      mifa_w ml ml_w msabg ngfil nmot
      nmot_w pu qmsdyn rl rlp rl_w
      tabgmst tabgmst2 tabstatm_w tans tkatm tkatmst
      tkatmst2 tmot tmst tnst uefktget uevges
      wdkba wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_fho04esub esst_san12esuw esst_sdk10teub esst_sez06tmub esst_sfr05teub esst_sga06mdub
      esst_sga08mdub esst_sim06esuw esst_sks06esub esst_sla05esub esst_slx06tmuw esst_sly06tmuw
      esst_sm108lhsw esst_sm208lhsw esst_smi04llub esst_sml05dkub esst_sml06teub esst_sml06tmuw
      esst_sml07tmuw esst_sml08lhub esst_smt06tmuw esst_sng06llsb esst_snm05dkub esst_snm06esub
      esst_snm06llub esst_snm06mduw esst_snm06nwub esst_snm07esub esst_snm08feub esst_snm08lhub
      esst_snm08opub esst_snm08__ub esst_snm10lsub esst_snm10teub esst_snm12esub esst_snm12feub
      esst_snm16ciub esst_snm16krdyub esst_snm16krub esst_snm16opuw esst_snm16zuuw esst_sqm05teub
      esst_srl03krub esst_srl04krub esst_srl06esub esst_srl06krub esst_srl08dmub esst_srl08nxub
      esst_srl10lsub esst_srl12esub esst_srl12zuuw esst_srp06esub esst_st107tmub esst_st207tmub
      esst_st307tmub esst_st407tmub esst_sta04llub esst_sta06esub esst_sta12esub esst_sta12wlub
      esst_stk04saub esst_stm04feub esst_stm04saub esst_stm04__ub esst_stm05saub esst_stm05tmub
      esst_stm06llub esst_stm06nwub esst_stm06__ub esst_stm08dmub esst_stm08mdub esst_stm08opub
      esst_stm09esub esst_stm10__ub esst_stm12esub esst_stn06llub esst_sts08esub esst_sts12esub
      esst_sue08mfub esst_suv07mdub esst_swp08opub
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SSTBNWSV
    ""

    /begin DEF_CHARACTERISTIC
      SLA09OPUW SNM04ZUUB SNM16__UW SNS04ZUSB SRL11OPUW SRR07OPUW
      STM08__UB SWE07OPSW
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      dns lambas_w nmot nmot_w rl_w rri_w
      tmot wnwe_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_sla09opuw esst_snm04zuub esst_snm16__uw esst_sns04zusb esst_srl11opuw esst_srr07opuw
      esst_stm08__ub esst_swe07opsw
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SSTDMD
    "1.10      Diagnose misfire detection: Stützstellenverteilungen"

    /begin DEF_CHARACTERISTIC
      SMI03DM1UB SMI03DM2UB SMI03DM3UB SMI04DM1UB SMI04DM2UB SMI04DM3UB
      SMI08DM1UB SMI08DMUB SNM04DM1UB SNM04DM2UB SNM04DM3UB SNM05DM1UB
      SNM05DM2UB SNM05DM3UB SNM08DM1UB SNM08DM2UB SNM08DM3UB SNM08DM4UB
      SNM08DMUB SNM09DM1UB SNM09DM2UB SNM09DM3UB
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_cvt B_mdzgstp miautget_w nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_smi03dm1ub esst_smi03dm2ub esst_smi03dm3ub esst_smi04dm1ub esst_smi04dm2ub esst_smi04dm3ub
      esst_smi08dm1ub esst_smi08dmub esst_snm04dm1ub esst_snm04dm2ub esst_snm04dm3ub esst_snm05dm1ub
      esst_snm05dm2ub esst_snm05dm3ub esst_snm08dm1ub esst_snm08dm2ub esst_snm08dm3ub esst_snm08dm4ub
      esst_snm08dmub esst_snm09dm1ub esst_snm09dm2ub esst_snm09dm3ub midmd midmd_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SSTNW
    "3.20      Stützstellenberechnung für Nockenwellenverstellung"

    /begin DEF_CHARACTERISTIC
      SNM05NAUW SNM05NEUW SNM05NWUB SNM05NWUW SNM06NWUW SNM16NAUW
      SNM16NEUW SRL05NAUW SRL05NEUW SRL08NAUW SRL08NEUW SRL16NAUW
      SRL16NEUW STM05NWUB STO06NWUW
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot nmot_w rlnw_w tmot toelk_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_snm05nauw esst_snm05neuw esst_snm05nwub esst_snm05nwuw esst_snm06nwuw esst_snm16nauw
      esst_snm16neuw esst_srl05nauw esst_srl05neuw esst_srl08nauw esst_srl08neuw esst_srl16nauw
      esst_srl16neuw esst_stm05nwub esst_sto06nwuw
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    STACKMON
    "1.10      online monitoring of system and user stack"

    /begin OUT_MEASUREMENT
      systemStackUsage userStackUsage
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    STADAP
    "6.80      Startmengen-Adaption"

    /begin DEF_CHARACTERISTIC
      ANRZUEMX CWSTADAP DECKSTAI DNBURN0 DNBURN1 DNBURN2
      INCKSTAI KFNSTAMX KLDNFHO KSTA0INI KSTA1INI KSTA2INI
      KSTAI KSTAMN0 KSTAMN1 KSTAMN2 KSTAMX0 KSTAMX1
      KSTAMX2 KSTTOPMN NSTAK TMADB0 TMADB1 TMADB2
      TMLIM UBKST UBKSTMX WAD0T1 WAD0T2 WAD1T0
      WAD1T2 WAD2T0 WAD2T1 ZBURNABR ZBURNDEC ZBURNSOL
      ZSYNABR ZSYNAUSW ZSYNDEL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_adrsta B_nmin B_pwf B_stend B_umsync B_vbemg
      B_wks dnmot_w E_ev1 E_ev2 E_ev3 E_ev4
      E_ev5 E_ev6 E_frao E_frao2 E_frau E_frau2
      E_n E_ph E_rkat E_rkat2 E_tankl E_tm
      E_ub fho nmot nmot_w nstat tmot
      tmst top_w ub vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_staa kstaa
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      adastep B_ad B_adb0 B_adb1 B_adb2 B_adlck
      B_ausw B_burn B_decr B_incr B_kstai B_kstaue
      B_nodec B_noinc B_stdperr B_ubkst dnburns_w ksta0
      ksta0w ksta1 ksta1w ksta2 ksta2w stactr
      STADAPlokBits tmadb zburn zburnsu zsynchro zsyndelc
      zsynsu zubkst
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    STARTUF
    "FLASH startup code"

    /begin DEF_CHARACTERISTIC
      CWPWF
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      B_pwf
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SU
    "77.20     Saugrohrumschaltung"

    /begin DEF_CHARACTERISTIC
      CWSU DTMSRUHOT ENSUKHG KFSU KFSUHOT MRKOSRUHOT
      NMOTNGAS SUAP SUMODE0 SUMODE1 TASUS TMSRUHOT
      TMSUS TMSUSV TVSU TVSUAN TVSUM TVSUNA
      TVSUST ZNGFILSU
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll gangi mrko ngas_w nmot tans
      tmot tnst_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_su B_su2 B_sukp fsu_w nmotsu sumode
      tvsuae
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ngfilsu_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SWADP
    "Software-Adapter"

    /begin DEF_CHARACTERISTIC
      CW_CAN_RB KTMOTW NMAXOG
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_frini B_iclsabg B_iclsabg2 B_kow B_lrhkp
      B_lrhkp2 B_nmin B_stend B_vlsunp B_vlsunp2 dlahi2_w
      dlahi_w dlahp2_w dlahp_w msndko_w nmot_w taikrm2_w
      taikrm_w tavvkm2_w tavvkm_w tmst tumg uulsuv2_w
      uulsuv_w vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      bfgrsbr B_agrlrasp B_asc_reg B_asm B_atmng B_blkfb
      B_ddkds B_dhrlsuc B_dhrlsuc2 B_dktb B_dkuevab B_dldpte
      B_dmmtev B_dmtltz B_dteabum B_dteikanm B_dtevto B_dtezamh
      B_elsu B_elsu2 B_falshvs B_fgrbr B_fhz B_fonresz
      B_frini2 B_gang0 B_gang7 B_heatf B_helsu B_hsve
      B_hsve2 B_klimex B_lamabg B_lamabg2 B_lamdkt B_lrasp
      B_lrasp2 B_lsurfc B_lsvvsp B_milabg B_milkat B_nmaxext
      B_nmaxred B_nmxozwe B_pkndnmb B_pripv B_pripv2 B_pwofnwa
      B_pwofnwe B_rineza B_rineza2 B_savacc B_sl B_teviog
      B_teza B_ugdnws B_vhlsu B_vhlsu2 B_zwfsu devoff
      dlahico2_w dlahico_w dlahpco2_w dlahpco_w dlatrmi2_w dlatrmi_w
      dlatrmp2_w dlatrmp_w dtmabsta dulsuhe_w dzlsu_w facipkr_w
      fgrablir fgrablr ikakdiff_w ikakormf_w ikakreff_w mibgrbr_w
      mibgrtm_w mkbgr_w mracc_w msabiks2_w msabiks_w nmaxext_w
      nturbc_w ofmsndk_w pbkv pbkv_w psl pte
      rfinugds_w rfrints_w rldte_w rriext_w sdulsumx_w S_hds
      taikr2_w taikr_w takols tavvk2_w tavvk_w tef_w
      tkihkmm2_w tkihkmm_w tkivkmm_w tmst_w tsctr uhepoti
      uhsh uhsh2 upotpwm usvk usvk2 usvkk2_w
      usvkk_w wnwi2_w wnwi_w wtol
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SYK051
    ""


/end FUNCTION

/begin FUNCTION

    SYNC71
    ""

    /begin IN_MEASUREMENT
      B_nosynph
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bzsync B_firstSyn tr_zahn tr_zahn2 tr_zeit tr_zeit2
      tr_zeit_msb zzylzue
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SYSYNC
    "3.20      System-Synchronisation"

    /begin OUT_MEASUREMENT
      synstate synstate_o
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    SY_DFPM3
    ""


/end FUNCTION

/begin FUNCTION

    T71XXX_T
    ""

    /begin IN_MEASUREMENT
      B_nachl swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dynPeriod
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC1MOD
    "20.140    Testerkommunikation CARB; Mode 1"

    /begin REF_CHARACTERISTIC
      CWOBD
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdkvs B_cdmd B_kmmilsct B_lsh B_lsh2 B_milstat
      B_sls B_slsfz evsup1 flglrs flglrs2 fr2_w
      fra2_w fra_w fr_w iplsuvj2_w iplsuvj_w kmstmil_w
      lalsuvj2_w lalsuvj_w mshfm_w nmot_w ready rml
      tanslin tmotlin udkp1_w ushkj ushkj2 vfzg
      zwzyl1
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC2MOD
    "20.71     Testerkommunikation CARB; Mode 2"

    /begin IN_MEASUREMENT
      ffzdfp
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC5MOD
    "20.30     Testerkommunikation CARB; Mode 5, Ausgabe Sondenmeßwerte"

    /begin REF_CHARACTERISTIC
      DLAHISATO DLAHISATU DYNLSUTO DYNLSUTU LAMSSAMN LAMSSAMX
      USMNSHMN USMNSHMX USMXSHMN USMXSHMX USRHKSHJ
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lsh B_lsh2 B_lsv B_lsv2 dlahisa dlahisa2
      dynlsusa dynlsusa2 lamsisa lamsisa2 lamsosa lamsosa2
      usmnshn usmnshn2 usmxshn usmxshn2
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC6MOD
    "20.100    Testerkommunikation CARB/EOBD; Mode/Service 6, Ausgabe Prüfschwellen"

    /begin IN_MEASUREMENT
      B_cdkat B_cdsls B_cdtes B_cwdslt m6cmsl m6cmsl2
      m6cmslv m6cmslv2 m6smsl2_w m6smslv2_w m6smslv_w m6smsl_w
      m6wmsl2_w m6wmslv2_w m6wmslv_w m6wmsl_w tc6katc tc6katc2
      tc6kats tc6kats2 tc6katw tc6katw2 tc6tesc tc6tess
      tc6tesw
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC8MOD
    "21.50     Testerkommunikation CARB; Mode 8, Funktionsaktivierungen"

    /begin DEF_CHARACTERISTIC
      TMOD8TE
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ll B_m8te
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TC9MOD
    "8.20      Testerkommunikation CARB; Mode 9, Request Vehicle Information"

    /begin DEF_CHARACTERISTIC
      CWM9CVNSUP
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SGIDB1 SGIDB3
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cksbrdy cvnh_w cvnl_w nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_m9cvn B_m9cvnout
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TCKOMUE
    "2.10      Testerkommunikation CARB; Kommunikationsaufbau Übersicht"

    /begin DEF_CHARACTERISTIC
      CWNOSCAT
    /end DEF_CHARACTERISTIC

/end FUNCTION

/begin FUNCTION

    TCSORT
    "3.30      Testerkommunikation CARB; Sortierfunktion"

    /begin IN_MEASUREMENT
      cw_erfil fcmEnd FCMTab ffzdfp
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      errorCntTcsort
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TEB
    "95.120    Tankentlüftung beladungsabhängig"

    /begin DEF_CHARACTERISTIC
      DFTEAHB DMSTES DSTEMIN FBTEB FBTEVA FBZBTEML
      FETATEBN FKATEB FQTEDL FQTEFR FQTEPT FQTEVA
      FRHB FSRFTEF FTEADAB FTEADMX FTEFHB FTEHB
      FTEINIX FUMRBRK FVERMN FVERZDYN FVRMDYN KFETATE
      KFFTEAN KFFTEAX KFQTE KFTADMS KFTATX KFTEKA
      KHCTEAMX KHCTEMN KHCTEMX MSDKLMMN NVERZMN TFTEINI
      TQTEAB TQTEDAB TVAGRFTE TVSATEM ZBTEML ZETATE
      ZKFTEAD ZMLTE ZMSSGIN
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SDK10TEUB SFR05TEUB SML06TEUB SNM10TEUB SQM05TEUB TEMIN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo B_abor B_evloc B_frmax B_frmax2 B_frmin
      B_frmin2 B_lr B_lr2 B_lrasp B_lrasp2 B_nmot
      B_nswo1 B_qtedab B_sab B_te B_tef B_tei
      B_ten B_tep esst_sdk10teub esst_sfr05teub esst_sml06teub esst_snm10teub
      esst_sqm05teub frm2_w frm_w mifa_w miopt_w ml
      mlsol_w ml_w msdkalm_w mste mstedte_w msteo_w
      mste_w nmot nmot_w ps_w pte pu
      rl tans te2_w te_w tmot umsrln_w
      wdkba
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_agrste B_lrar B_teabb B_tehb B_tehbx etate
      fkatei frmit_w frmxa fteadf ftead_w ftefsoll_w
      ftefva_w imsteini mitebg_w mstesoll_w rkte_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_gwrte B_teakt dftef_w dkatefrg dkhc_w dmlftef
      dmssginr dstert20_w etateint etatesol fbetate fbkate
      fgwrte fkateapp fkatefrg fkates fngwrte fregfte
      frmit frmxaold_w frmxa_w ftadmste fteadf_w ftefsold_w
      ftefva ftefvab ftefvamx_w fteml fvermte_w khc_w
      kteev_w ktetevvz_w ktetev_w mssginmn_w mssgin_w msteev_w
      mstesmx_w pspu qmsdyn qtetemin rlteev_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TEBEB
    "4.140     Einschaltbedingungen Tankentlüftung"

    /begin DEF_CHARACTERISTIC
      CWTEACFG LAMTEMN LAMTEMX TMSTTE TMTE TTEAUS
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_atmtpa B_dldpte B_dllra B_dsls B_dteaa B_eobdlr
      B_fraoan B_ftedab B_lamka B_lamka2 B_lamsdef B_lr
      B_lr2 B_lrasp B_lrasp2 B_lrssa B_lrssa2 B_m8te
      B_mdarv B_mlrsa B_sbbvk B_sbbvk2 B_sls B_stend
      B_tep lamsons_w tateist_w tmot tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_qtedab B_te B_tef B_tei B_ten
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_tenmda lokBits_Tebeb
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TEMPKON
    "4.40      Temperatur-Konvertermodul"

    /begin IN_MEASUREMENT
      tabgm2_w tabgmab tabgmab2 tabgm_w tatu tikatm2_w
      tikatm_w tkatm2_w tkatmab tkatmab2 tkatm_w tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tahso2_w tahsoab2_w tahsoab_w tahsom2_w tahsom_w tahso_w
      taikrm2_w taikrm_w tanhkm2_w tanhkm_w tanvk2_w tanvkm2_w
      tanvkm_w tanvk_w tatuk tatuk_w tavhkm2_w tavhkm_w
      tavrom2_w tavrom_w tavso2_w tavsoab2_w tavsoab_w tavsom2_w
      tavsom_w tavso_w tavvkm2_w tavvkm_w tkihkm2_w tkihkm_w
      tkiuem2_w tkiuem_w tkivkm2_w tkivkm_w tmotk tmotk_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TIMU
    "1.20      Timerumschaltung im Start bei Einspritzausgabe"

    /begin IN_MEASUREMENT
      B_stend B_ti_cha0 B_ti_cha1 B_ti_cha2 B_ti_cha3 B_ti_cha4
      B_ti_cha5 B_ti_out0 B_ti_out1 B_ti_out2 B_ti_out3 B_ti_out4
      B_ti_out5 B_ti_wai0 B_ti_wai1 B_ti_wai2 B_ti_wai3 B_ti_wai4
      B_ti_wai5 cc_cha_0 cc_cha_1 cc_cha_2 cc_cha_3 cc_cha_4
      cc_cha_5 ti_ev0 ti_ev1 ti_ev2 ti_ev3 ti_ev4
      ti_ev5 tseghi tseg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_timfast tn2
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TKAA
    "1.70      Testerkommunikation; automatisierter Ablauf"

    /begin DEF_CHARACTERISTIC
      CWAPPLTKAA KLTKAADFP KLTKAATOZ KLTKKTA TKATTKAMN TKATTKAMX
      TMOTTKAMN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_autget B_faa B_fanfg B_fs B_lrnws B_sbbhk
      B_sbbhk2 B_sbbvk B_sbbvk2 B_syserrk tkatm tkatm2
      tmot vfzg
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_stellad tkaakts tkaaktz tkkta tkktat
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      tkaadfp tkaaktt tkaaktzmax tkaatoz tkbloknr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TKMWL
    "22.720    Testerkommunikation; Meßwerte lesen"

    /begin DEF_CHARACTERISTIC
      AAGOFLOGIN AAGONLOGIN ADRONLOGIN AGR_AOG AGR_AUG CNSDEF
      CNS_AOG CNS_AUG CWFA107 CWFA107A CWFA107B CWFA108
      CWFA108A CWFA108B CWFA109 CWFA109A CWFA109B CWFA130
      CWFA130A CWFA130B CWFA140 CWFA140A CWFA140B CWFA145
      CWFA145A CWFA145B CWFA146 CWFA146A CWFA146B CWFA147
      CWFA147A CWFA147B CWFA148 CWFA148A CWFA148B CWFA149
      CWFA149A CWFA149B CWFA152 CWFA152A CWFA152B CWFA162
      CWFA162A CWFA162B CWFA163 CWFA163A CWFA163B CWFA166
      CWFA166A CWFA166B CWFA167 CWFA167A CWFA167B CWFA168
      CWFA168A CWFA168B CWFA187 CWFA187A CWFA187B CWFA188
      CWFA188A CWFA188B CWFA189 CWFA189A CWFA189B CWFA190
      CWFA190A CWFA190B CWFA191 CWFA191A CWFA191B CWFA192
      CWFA192A CWFA192B CWFA193 CWFA193A CWFA193B CWFA194
      CWFA194A CWFA194B CWFA195 CWFA195A CWFA195B CWFA196
      CWFA196A CWFA196B CWFA197 CWFA197A CWFA197B CWFA198
      CWFA198A CWFA198B CWFA199 CWFA199A CWFA199B CWFA201
      CWFA201A CWFA201B CWFA202 CWFA202A CWFA202B CWFA203
      CWFA203A CWFA203B CWFA204 CWFA204A CWFA204B CWFA205
      CWFA205A CWFA205B CWFA206 CWFA206A CWFA206B CWFA207
      CWFA207A CWFA207B CWFA208 CWFA208A CWFA208B CWFA209
      CWFA209A CWFA209B CWFA210 CWFA210A CWFA210B CWFA211
      CWFA211A CWFA211B CWFA212 CWFA212A CWFA212B CWFA213
      CWFA213A CWFA213B CWFA214 CWFA214A CWFA214B CWFA215
      CWFA215A CWFA215B CWFA216 CWFA216A CWFA216B CWFA217
      CWFA217A CWFA217B CWFA218 CWFA218A CWFA218B CWFA219
      CWFA219A CWFA219B CWFA220 CWFA220A CWFA220B CWFA221
      CWFA221A CWFA221B CWFA222 CWFA222A CWFA222B CWFA223
      CWFA223A CWFA223B CWFA224 CWFA224A CWFA224B CWFA225
      CWFA225A CWFA225B CWFA226 CWFA226A CWFA226B CWFA227
      CWFA227A CWFA227B CWFA228 CWFA228A CWFA228B CWFA229
      CWFA229A CWFA229B CWFA230 CWFA230A CWFA230B CWFA231
      CWFA231A CWFA231B CWFA232 CWFA232A CWFA232B CWFA233
      CWFA233A CWFA233B CWFA234 CWFA234A CWFA234B CWFA235
      CWFA235A CWFA235B CWFA236 CWFA236A CWFA236B CWFA237
      CWFA237A CWFA237B CWFA238 CWFA238A CWFA238B CWFA239
      CWFA239A CWFA239B CWFA240 CWFA240A CWFA240B CWFA241
      CWFA241A CWFA241B CWFA242 CWFA242A CWFA242B CWFA243
      CWFA243A CWFA243B CWFA244 CWFA244A CWFA244B CWFA245
      CWFA245A CWFA245B CWFA246 CWFA246A CWFA246B CWFA247
      CWFA247A CWFA247B CWFA248 CWFA248A CWFA248B CWFA249
      CWFA249A CWFA249B CWFA250 CWFA250A CWFA250B CWFA251
      CWFA251A CWFA251B CWFA252 CWFA252A CWFA252B CWFA253
      CWFA253A CWFA253B CWFA254 CWFA254A CWFA254B CWFA255
      CWFA255A CWFA255B CWFA28 CWFA28A CWFA28B CWFA34
      CWFA34A CWFA34B CWFA35 CWFA35A CWFA35B CWFA36
      CWFA36A CWFA36B CWFA37 CWFA37A CWFA37B CWFA38
      CWFA38A CWFA38B CWFA39 CWFA39A CWFA39B CWFA43
      CWFA43A CWFA43B CWFA44 CWFA44A CWFA44B CWFA46
      CWFA46A CWFA46B CWFA47 CWFA47A CWFA47B CWFA48
      CWFA48A CWFA48B CWFA49 CWFA49A CWFA49B CWFA70
      CWFA70A CWFA70B CWFA71 CWFA71A CWFA71B CWFA72
      CWFA72A CWFA72B CWFA75 CWFA75A CWFA75B CWFA77
      CWFA77A CWFA77B CWFA78 CWFA78A CWFA78B CWFA94
      CWFA94A CWFA94B CWFA96 CWFA96A CWFA96B CWTAF
      CWTAK CWTAS DZW_AOG DZW_AUG FBA_AOG FBA_AUG
      FLR_AOG FLR_AUG FNS_AOG FNS_AUG FRK_AOG FRK_AUG
      FST_AOG FST_AUG FVA_AOG FVA_AUG FWL_AOG FWL_AUG
      GRAOFLOGIN GRAONLOGIN HLOFFLOGIN HLONLOGIN KLOGIN LFWOFLOGIN
      LFWONLOGIN LUEN1LOGIN LUEN2LOGIN LUEN3LOGIN MDR_AOG MDR_AUG
      MWNTKB0 MWNTKB1 MWNTKB10 MWNTKB11 MWNTKB12 MWNTKB13
      MWNTKB14 MWNTKB15 MWNTKB16 MWNTKB17 MWNTKB18 MWNTKB19
      MWNTKB2 MWNTKB20 MWNTKB21 MWNTKB22 MWNTKB23 MWNTKB24
      MWNTKB25 MWNTKB3 MWNTKB4 MWNTKB5 MWNTKB6 MWNTKB7
      MWNTKB8 MWNTKB9 NLS_AOG NLS_AUG RLX_AOG RLX_AUG
      SGIDB1 SGIDB2 SGIDB3 SLOGIN TKMWLMW TKMWLNA
      TKMWLNW TVLUFA107 TVLUFA108 TVLUFA109 TVLUFA130 TVLUFA140
      TVLUFA145 TVLUFA146 TVLUFA147 TVLUFA148 TVLUFA149 TVLUFA152
      TVLUFA162 TVLUFA163 TVLUFA166 TVLUFA167 TVLUFA168 TVLUFA187
      TVLUFA188 TVLUFA189 TVLUFA190 TVLUFA191 TVLUFA192 TVLUFA193
      TVLUFA194 TVLUFA195 TVLUFA196 TVLUFA197 TVLUFA198 TVLUFA199
      TVLUFA201 TVLUFA202 TVLUFA203 TVLUFA204 TVLUFA205 TVLUFA206
      TVLUFA207 TVLUFA208 TVLUFA209 TVLUFA210 TVLUFA211 TVLUFA212
      TVLUFA213 TVLUFA214 TVLUFA215 TVLUFA216 TVLUFA217 TVLUFA218
      TVLUFA219 TVLUFA220 TVLUFA221 TVLUFA222 TVLUFA223 TVLUFA224
      TVLUFA225 TVLUFA226 TVLUFA227 TVLUFA228 TVLUFA229 TVLUFA230
      TVLUFA231 TVLUFA232 TVLUFA233 TVLUFA234 TVLUFA235 TVLUFA236
      TVLUFA237 TVLUFA238 TVLUFA239 TVLUFA240 TVLUFA241 TVLUFA242
      TVLUFA243 TVLUFA244 TVLUFA245 TVLUFA246 TVLUFA247 TVLUFA248
      TVLUFA249 TVLUFA250 TVLUFA251 TVLUFA252 TVLUFA253 TVLUFA254
      TVLUFA255 TVLUFA28 TVLUFA34 TVLUFA35 TVLUFA36 TVLUFA37
      TVLUFA38 TVLUFA39 TVLUFA43 TVLUFA44 TVLUFA46 TVLUFA47
      TVLUFA48 TVLUFA49 TVLUFA70 TVLUFA71 TVLUFA72 TVLUFA75
      TVLUFA77 TVLUFA78 TVLUFA94 TVLUFA96 VARDEF VVR_AOG
      VVR_AUG
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWBGELSV CWCANKBI CWCS_0_A CWCS_1_A CWDEZWO CWGGFGRH
      CWGRABH CW_CAN_R_0___A CW_CAN_R_1___A CW_CAN_R_2___A CW_CAN_R_3___A CW_CAN_R_4___A
      CW_CAN_R_5___A CW_CAN_R_6___A CW_CAN_R_7___A CW_CAN_RA KVNPZ LRNVB_T
      MDNORM TVETRMN TVLU1MN TVLU2MN
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      abo aebkvpl_w aeqkv_w afmimn afmimx afnmn
      afnmx ahkat ahkat2 ahkatn ahkatn2 ahktki2_w
      ahktki_w ahktnk ahktnk2 akatbn akatbn2 anzdyn
      anzdyn2 anzmsls_w apedkt apedkt2 avdtev bbdcy
      bbwuc B_abgle B_abkl B_adshs B_afklt B_afwrm
      B_airbag B_airbz B_aircan B_atmtpa B_atmtpa2 B_atmtpk
      B_atmtpk2 B_autget B_ba B_bela B_bevab B_bevab2
      B_bkvp B_bl B_bm B_br B_br2k B_brems
      B_bztafx B_cankbi B_cdbkvp B_cddsbkv B_crcan B_ddylash
      B_dfrmoff B_dfrmoff2 B_dknolu B_dktakt B_dktakt2 B_dktb
      B_dktnr B_dktsb B_dktsb2 B_dktsp B_dktsp2 B_dkvsf
      B_dlahieg B_dlahieg2 B_dlash B_dlash2 B_dllr B_dnws
      B_dnwsa B_dnwse B_ds B_dshen B_dshen2 B_dsl
      B_dsl1 B_dsl2 B_dsl3 B_dsl4 B_dsl5 B_dslerr
      B_dslmab B_dslme B_dslmes B_dslo B_dsloab B_dsloe
      B_dsls B_dslset B_dsltab B_dteaa B_dteaab B_dteaam
      B_dteabu B_dteabum B_dteanfl B_dteendl B_dteenf B_dteikanm
      B_dtelbm B_dtelnm B_dtephm B_dtepm B_dteres B_dternm
      B_dtes B_dtest B_dtevto B_dtezam B_dtezamh B_dushsch
      B_dylash B_dylsu B_dylsuav B_dylsuav2 B_edkvs B_edkvs2
      B_ehfs B_ekp B_elaof B_elaof2 B_elsu B_elsu2
      B_elsuwi B_enlash B_entest B_epwmcs B_errofs B_eshlsu
      B_eshlsu2 B_etafix B_evloc B_fasla B_faslarq B_fempos
      B_fempus B_fgratc B_fgren B_fgrhsc B_fgrsec B_fgrtdc
      B_fgrtuc B_fgrwac B_fkmsmn B_fkmsmx B_fkpvdk B_fkpvmn
      B_fkpvmx B_fofr1 B_fofrun B_fofstp B_fonstp B_for
      B_for00 B_for01 B_for02 B_for03 B_for04 B_for05
      B_for06 B_for07 B_for08 B_for09 B_for10 B_for11
      B_for12 B_for13 B_for14 B_for15 B_for16 B_for17
      B_for18 B_for19 B_for20 B_for21 B_for22 B_for23
      B_forn B_forn01 B_forn02 B_forn03 B_forn04 B_forn05
      B_forn06 B_forn07 B_forn08 B_fprakt B_fproe B_fprook
      B_fprordy B_fprovb B_fprrdy B_fprzab B_fprze B_fprzok
      B_fprzvb B_frao B_frau B_fraur B_frmax B_frmax2
      B_frmin B_frmin2 B_fs B_furena B_fztafx B_gae
      B_gaefra B_gaeing B_gafraos B_gafraus B_gap B_gasp
      B_heatf B_helsu B_helsuf B_henrin B_henrin2 B_heulsu
      B_hfm B_hlanws B_hlenws B_hlsumx B_hlsumx2 B_hpllsue
      B_hpllsue2 B_hrlsaus B_hrlsunp B_hrlsunp2 B_hshe B_hshe2
      B_hstlsua B_hsv B_hsv2 B_hsve B_hsve2 B_hztanl
      B_kd B_kfzk B_kh B_khab B_khll B_khoab
      B_kmtre B_koe B_kosrc B_kpl B_kr B_krdws
      B_krldy B_krndy B_kuppl B_lalgf B_lambts B_lambts2
      B_lamfas B_lamka B_lamka2 B_lamlash B_lamlash2 B_lamlshv
      B_lamlshv2 B_lamnswl B_lamverg B_ll B_llhzta B_lr
      B_lr2 B_lra B_lra2 B_lrar B_lrhk B_lrhk2
      B_lrhkp B_lrhkp2 B_lrka B_lrka2 B_lrnakt B_lrnerf
      B_lrnrdy B_lrnvb B_lrnws B_lrs B_lrs2 B_lsahksp
      B_lshkpft B_lshkpft2 B_lshkpmr B_lshkpmr2 B_lshswok B_lshswok2
      B_lsufta B_lsufta2 B_lsuftb B_lsuftb2 B_lsuiamn B_lsuiamx
      B_lsulone B_lsulone2 B_lsumra B_lsumra2 B_lsumrb B_lsumrb2
      B_lsuna B_lsuna2 B_lsupft B_lsupft2 B_lsupmr B_lsupmr2
      B_lsurfc B_lsuunmn B_lsuunmx B_lsuvmmn B_lsuvmmx B_luft
      B_luft2 B_lustop B_madfk B_madfs B_madko B_madll
      B_mdarv B_mdkat B_mdstop B_mibeg B_mil B_milabg
      B_milkat B_milstp B_mldyn B_mlustest B_mnslspr B_mnslspr2
      B_mslmin B_mslmin2 B_msloff B_mslon B_mxslvpr B_mxslvpr2
      B_nac B_negat B_nldtafx B_nlpe B_nlperf B_nlsgls
      B_nmot B_nowuc B_nphsv B_nplflsh B_nplflsh2 B_nplsv
      B_npsna B_npsna2 B_nwflada B_nwflade B_nwrposa B_nwrpose
      B_nws B_phad B_phad2 B_phada B_phade B_plenvh
      B_plenvh2 B_plra B_pwf B_rengat B_ricalf B_ricalf2
      B_rineza B_rineza2 B_rinh B_rinh2 B_rinnp B_rinnp2
      B_risigh B_risigh2 B_rkam B_rkat B_rkatr B_rkaz
      B_rmsval B_sa B_sacc B_sbbhk B_sbbhk2 B_sbblsu
      B_sbbvk B_sbbvk2 B_sfsc B_sigflsh B_sigflsh2 B_skoc
      B_sksc B_sla B_slar B_slas B_slkhof B_slpena
      B_slpoff B_slpofst B_slsinhi B_slsoab B_slsoff B_spsa
      B_spsa2 B_stellad B_su B_synph B_syserrk B_tabgbts
      B_tahrmn B_tahrmn2 B_tahrmx B_tahrmx2 B_tal B_talval
      B_te B_tehb B_telshv B_telshv2 B_teslash B_teviog
      B_teviol B_teviop B_tevior B_tevnio B_tkatbts B_trfash
      B_trfash2 B_trip B_trkh B_trsah B_ttbmhh B_uhsig
      B_umae B_umauab B_ushkf B_ushkf2 B_ushkm B_ushkm2
      B_ushsch B_vekat B_vekat2 B_vhlsu B_vhlsu2 B_vl
      B_wk B_wkauf B_wkr B_wnws0a B_wnws0e B_ztafix
      B_zwp cmibeg_w cserk ctrerf1 ctrzyf0 ctrzyf1
      ctr_phada ctr_phade dcycnt dfrmoff2_w dfrmoff_w dfse
      dfseresz dgafram_w dkatakt2_w dkatakt_w dkmts dlahi2_w
      dlahico2_w dlahico_w dlahi_w dlahp2_w dlahpco2_w dlahpco_w
      dlahp_w dlashkm_w dmletanf_w dmletan_w dmllri_w dmllr_w
      dmrlash_w dmvadfk_w dmvadfs_w dmvadko_w dmvadll_w dmvad_w
      drlfue_w dtmabsta dtmtka dulsuhe_w dwkrz dwnwfde_w
      dwnwsp2_w dwnwsp_w dwped dynlsu2_w dynlsu_w dzlsu_w
      etazwbm facipkr_w fcmEnd fdmd fgrablir fgrablr
      fho fkatei fkmsdks_w fkmsdk_w fkpvdkg_w fkpvdk_w
      flakh flmx_w flutskzy_w fmdkh fmsla fmsla2
      fofresz fprstep_c fprtim_c fpvdk fr2_w fra2_w
      frao2_w frao_w frau2_w frau_w fra_w frm2_w
      frmfdif_w frmfref_w frmitf_w frm_w fr_w fseof1
      fseof2 fseof3 fseof4 fseof5 ftead_w ftefsoll_w
      ftefva_w fukabak_w fukabaw_w fukavak_w fukavaw_w fzabgs_w
      fzabg_w fzmd gangi ikakdiff_w ikakormf_w ikakreff_w
      imlatm_w imlbbo imlkvs_w imllaka_w imlplhe_w imlpr
      ivzabg_w katbf katbf2 katbfi2_w katbfi_w katbfs
      katbfs2 katbshd2_w katbshd_w kldfpwm kmdp1km_w kmstand_w
      kmstmil_w kmst_w krivk2_w krivk_w ksta0 ksta1
      ksta2 kstaa kusvk2_w kusvkft2_w kusvkft_w kusvk_w
      kvakbi_w ladiff2_w ladiff_w lambts_w lamelsh2_w lamelsh_w
      lamfa_w lamlash2_w lamlash_w lamsbg2_w lamsbg_w lamsoni2_w
      lamsoni_w lamsons2_w lamsons_w lamzak_w lbz lrnstat
      lrnstep_c lrntim_c lrnvb_c luar_w lws_w m6smsl_w
      m6wmslv_w m6wmsl_w mds_w mdverb mdverl_w miasrl_w
      miasrs_w miext_w mifab_w mifafu_w mifa_w miges_w
      migs_w miist_w milsol_w mimax_w mimin_w misol_w
      miszul_w mizsol_w mkllsc mkolsc ml mldmn_w
      mldmx_w mldyn_w mlhfmm_w ml_w mrfa_w mrfgr_w
      mrped_w msabg2_w msabg_w msdk_w mshfm_w msl
      mslift mslift2 mslt2_w mslt_w mslv2_w mslvt2_w
      mslvt_w mslv_w msndko_w mspcv mstedtef_w nllkh
      nlp1tim nmot nmotll nmot_w nsol o2vk_w
      ofmsndk_w olfst1_w palsu_w pbkv pbkvmod_w pbkv_w
      perfmax_w phlsnh phlsnh2 pkodrc prhlsub2_w prhlsub_w
      prhrlsu2_w prhrlsu_w ps_w pukorf_w pu_w pvdk
      pvdkds_w pvdks_w ready rinh2_w rinh_w rinlsu2_w
      rinlsu_w rinsh2_w rinsh_w rk2_w rkat2_w rkat_w
      rkaz2_w rkaz_w rkrn_w rkte_w rk_w rl
      rlossCtr_w rlp rlsol_w rl_w rmsl rmsl2
      rmslf rmslf2 rmslt rmslt2 rmstevuf_w rmstev_w
      sdulsumx_w statgra sumode swolfst_w systemStackUsage S_fgrat
      S_fgrhs S_fgrsv S_fgrwb tabgbts_w tabgm tabgm2
      tabst_w tadtea tahrlsu2_w tahrlsu_w tahsomf2_w tahsomf_w
      tahsom_w tahso_w tamax tamin tans tanslin
      tanvk_w tanwra tanwre tateist tateout tatesoll
      tavvkm2_w tavvkm_w tavvk_w tbdbkvp_w te2_w tephc
      te_w tikatm2_w tikatm_w ti_b1 ti_b2 tka
      tkaakts tkaaktz tkalin tkatm tkatm2 tkerdcmn_w
      tkerlsu_w tkihkm2_w tkihkm_w tkivkm2_w tkivkm_w tkkta
      tkktat tlrs_w tmadb tmew tmkic tmot
      tmotlin tmotsoll tmrw tmrwend tmst tnlkmtr_w
      tnse_w tnst_w tolc top_w tumc tumg
      tvkmtr tvlues1 tvlues2 tvluesic tvluessc ua10mo_w
      ub ubrsq ubsq udknlp1r udknlp2r udkp1asr_w
      udkp1a_w udkp1_w udkp2asr_w udkp2a_w udkp2_w udsl_w
      udst_w udsu_w uhepoti uhfm_w uhsv uhsv2
      upwg1_w upwg2_w upwkd_w userStackUsage ushdktp ushdktp2
      ushfmxstg ushfmxstg2 ushk ushk2 ushkmxstg ushkmxstg2
      ushksteig usvkk_w uulsuv2_w uulsuv_w vfil_w vfzg
      vfzroh_w vziel_w wdk1 wdk2 wdk3 wdkada_w
      wdkba wdks wkrdya wkrm wkrma wnwadmna_w
      wnwadmne_w wnwadmxe_w wnwass wnwa_w wnweos wnwe_w
      wnwi2_w wnwim_w wnwisa_w wnwise_w wnwi_ad_w wnwi_w
      wnwkor_w wnwkwas2_w wnwkwas_w wnwsa_w wnwsenp_w wnwse_w
      wnwsfaa_w wnwsfae_w wnwsp2_w wnwsp_w wped_w wtans
      wtmot_w wtol wub wubr wuccnt zbeztafix
      zfzptafx zlash2_w zlash_w zlkd zllptafx zlrs_w
      zlshver_w zlshvok_w znldtafx_w zwbas zwdynsh zwdynsh2
      zwist zwout zwsol zzuend
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_aagsg B_acc B_accen B_craus B_fa B_faa
      B_faagr B_faam B_faan B_faatm B_fabks B_fabkv
      B_fadesu B_fadylsu B_fadylsu2 B_faevz B_faezla B_fafrst
      B_fahsh B_faiumpr B_fakat B_fakat2 B_fakd B_fakmtr
      B_fakrs B_fakth B_fakth2 B_fakvs B_falbk B_faldp
      B_falr B_falra B_falrsfk B_falrshk B_falrshk2 B_falsf
      B_falsf2 B_falsfhv B_falsfhv2 B_falsh B_falsh2 B_falshv
      B_falsv B_falsv2 B_falues B_falzsr B_fan B_fanohk
      B_fanwkw B_fanwkwa B_fanwkwe B_fanws B_fanwsa B_fanwse
      B_fapllsu B_fapllsu2 B_fasalsu B_fasf B_fasf2 B_fash
      B_fash2 B_fasls B_fates B_fatnv B_fatnv2 B_fatp
      B_fatp2 B_fatv B_fatv2 B_fgrte B_fgrteen B_grdst
      B_hlon B_kstebf B_lfw B_lrndia B_lrndiaur B_luef1
      B_luef2 B_luef3 tvluesfa vstagr vstcns vstdzw
      vstfba vstfns vstfrk vstfst vstfva vstfwl
      vstlr vstmdr vstnls vstrlx vstvvr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TKSTA
    "3.251     Testerkommunikation; Stellgliedansteuerung"

    /begin DEF_CHARACTERISTIC
      CWKUEKD CWSTAKD CWSTAKD2 CWSTEVKD TTVLU1MX TTVLU2MX
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_cdbkvp B_hlon B_slsfz nmot_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_sttakt
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TP_CAN
    "20.20     CAN Transportprotokoll für VW"


/end FUNCTION

/begin FUNCTION

    TREV_OV
    ""

    /begin OUT_MEASUREMENT
      B_trev_inc trevovCtr
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    TUNING
    "Tuningschutz"

    /begin REF_CHARACTERISTIC
      SGIDB5
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_pwf
    /end IN_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_sersw B_tDelayEnd B_tuning ctr_hscmp tun_det tun_errcode
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFACCC
    "7.10      EGAS Überwachungskonzept: ACC Eingangssignalüberwachung der Funktionüberwachung"

    /begin OUT_MEASUREMENT
      B_noacc_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFEING
    "14.20     EGAS Überwachungskonzept: Eingangssignalübernahme für Funktionsüberwachung"

    /begin IN_MEASUREMENT
      B_i_ska_fr B_notlu_fr B_ub_ok tans tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      tans_um tmot_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFEINS
    ""

    /begin DEF_CHARACTERISTIC
      NMV08_UM RLV08_UM SPSNV08_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_um rl_um spsn_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      nmst08_um rlst08_um spsnst08_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFFGRC
    "19.11     EGAS Überwachungskonzept: FGR-Überwachung der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      VMIN_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_fgr mifa vfzg_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_fgr_um mfgr_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFFGRE
    "14.20     EGAS Überwachungskonzept: FGR-Eingangsinfos für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      BGRA_T_UM BRACC_T_UM BREMS_T_UM BRESP_T_UM DBGRAMX_UM DBGRA_T_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWGRABH
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_acc B_bkva B_bkvv B_fabr B_fgrab S_bls
      S_brs S_fgrat S_fgrhs S_fgrsv S_fgrwb
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_bgrae_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      b2gra_um b3gra_um bgra_c_um bracc_c_um brems_c_um bresp_c_um
      bzgra_a_um bzgra_um B_graat_um B_graen_um B_grahe_um B_grahs_um
      B_grase_um B_gratd_um B_gratu_um B_grawa_um dbgra_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFMIST
    "19.10     EGAS Überwachungskonzept: Ist-Moment der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KFMI_UM KFZW_UM KLETAZW_UM KLFAKSP_UM KLZL1_UM KLZL2_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMV08_UM RLV08_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      frksch_um lamb1_um lamb2_um nmot_um nmst08_um rlst08_um
      rl_um zw1_um zw2_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mi_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzw1_um dzw2_um dzw_um etafrks_um etazw_um miopt_um
      zwopt_um zwout_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFMSRC
    "29.10     EGAS Überwachungskonzept: MSR-Eingriff-Überwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      BZ_MSR_UM DBZ_MN_UM DBZ_MX_UM MSRC_T_UM NOASR_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bz_msr B_nomsr_fr
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nomsr_um ei_msrc_um mmsr_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzmsr_a_um B_nkons_um msrc_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFMVER
    "19.10     EGAS Überwachungskonzept: Momentenvergleich der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      MVER_T_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um mi_um mzf_um mzo_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_mver_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdif_w_um mver_c_um mzfo_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFMZF
    "19.10     EGAS Überwachungskonzept: Momentenfilter für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      MZFFIL_UM MZFTV_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mz_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      mzf_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mzf_low_um mzf_ptr_um mzf_reg_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFMZUL
    "19.10     EGAS Überwachungskonzept: zulässiges Moment der Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KFDMP_UM_0 KFDMP_UM_1 KFDMT_UM_0 KFDMT_UM_1 KFMOF_UM KFPZU_UM_0
      KFPZU_UM_1 KLLLRZU_UM KLMIMAX_UM KLMIMIN_UM KLMZUMN_UM MDV08_UM
      SPSNLL_UM TMOMIN_UM TMOV08_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      NMV08_UM SPSNV08_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mfgr_um mmsr_um mrlini_um msgs_um nmot_um nmst08_um
      spsnst08_um spsn_um tmot_um vkpedch_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_klmzu_um mzo_um mz_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdst08_um mped_um tmost08_um tmotmn_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFNC
    "3.20      EGAS Überwachungskonzept: N-Überwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      NC_T_UM NDIF_UM NMIN_UM TZTOL_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um nmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_nc_um nmot_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nc_c_um nz_um talt_um tcap_um zalt_um zcap_um
      zsync_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFNSC
    "2.10      EGAS Überwachungskonzept: Nachstartüberwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      NSC_T_UM NSOF_T_UM N_START_UM N_STEND_UM TANSMN_UM TMNSMN_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_um tans_um tmot_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_mzns_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nsc_c_um nsof_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFREAC
    "19.10     EGAS Überwachungskonzept: Fehlerreaktionsüberw.d.Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      KLNPED_UM NMXSKA_UM NOREA_UM NSKAZO_UM REAC_T2_UM REAC_T3_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      azoffmsk_w evz_austot nmot_um spsn_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_reac_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nska_um reac_c2_um reac_c3_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFRKC
    "4.30      EGAS Überwachungskonzept: Soll-/Istlambdavergleich in der Funktionsüberwachung"

    /begin OUT_MEASUREMENT
      frksch_um lamb1_um lamb2_um mrlini_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFRLC
    "14.10     EGAS Überwachungskonzept: Lastsignalüberw. für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      IP1A_MX_UM IP2A_MN_UM IPA_T_UM KFRLIP_UM NRLIP_UM RLC_T_UM
      RLIPFIL_UM RLIPTV_UM RLIP_T_UM RL_BO_UM RL_MO_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_dkp2e B_i_ska_um B_mszsdkb iUipoti1_w iUipoti2_w nmot_um
      rl rl_w udkp1a udkp2a
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_ipa_um ei_rlc_um ei_rlip_um rl_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ipa_c_um ipsn_um rlc_c_um rlf_ptr_um rlf_reg_um rlipf_l_um
      rlipf_um rlip_c_um rlip_um rlzo_um rl_w_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFSGSC
    "25.10     EGAS Überwachungskonzept: SGS-Eingriff-Überwachung für die Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      MSGSMX_UM SGSC_T_UM TSGSCNU_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      asgphnpl bz_cange B_asgphnpl B_asgpli B_wkauf B_wkr
      B_zges misgscpl_w misgs_w momint_w mz_um nsyw
      nsywin
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_nosgs_um B_sgspl_um msgs_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzsgs_c_um bz_sgsa_um ei_sgsc_um momi_a1_um momi_a2_um sgsc_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFSPSC
    "12.10     EGAS Überwachungskonzept: Pedal-Sollwert-Ü. für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      SP12LL_UM SP12VG_UM SPSC_MINUM SPSC_T_UM SPSVG_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um B_pwgnotfr B_sp1s B_sp2s B_spsmin iUspoti1_w
      iUspoti2_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_pwgnotum ei_spsc_um spsn_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      sp1s_um sp2ds_um spsc_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFURAM
    ""

    /begin DEF_CHARACTERISTIC
      CW_BDE_UM RST_TV_UM UMECRST_TV_UM UMRST_TV_UM WAIT_T_UM
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      b_flags_um B_i_ska_um d_flags_um f_flags_um n_flags_um ram_c_um
      reac_c_um reset_indication_um romErrPage romz_c_um rst_tv r_flags_um
      srst_c_um s_flags_um t_flags_um umrst_c_um wri_c_um z_flags_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_accak_um B_accen_um B_accof_um B_bboak_um B_bboe_um B_bbovf_um
      B_brems_um B_brfgr_um B_bsl_um B_dcdis_c_um B_dcdis_um B_fabr_um
      B_fgrca_um B_fgrenold_um B_fgren_um B_fgron_um B_fgr_um_c B_i_ska
      B_kkl_um B_ll_um B_msthw_um B_mzns_c_um B_nlh_um B_nobrs_um
      B_nome_c_um B_notlu B_notst_um B_nsakt_um B_nsend_um B_res_um
      B_rlini_um B_rluf_um B_sgsmx_um B_ubska_c_um B_ub_ska B_ufol_um
      B_vzl_um B_wal_um ei_sgso_um S_schao_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFVARC
    "2.10      EGAS Überwachungskonzept: Variantencodierungsüberwachung der Funktionsüberwachg."

    /begin OUT_MEASUREMENT
      ei_varc_um vkpedch_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      varc_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UFZWC
    "18.10     EGAS Überwachungskonzept: ZW-Überwachung für Funktionsüberwachung"

    /begin DEF_CHARACTERISTIC
      ZWC_T_UM ZYLANZ_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um zwout zwoutcpl
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_zwc_um zw1_um zw2_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      zwc_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UMKOM
    "16.10     EGAS Überwachungskonzept: Frage/Antwort-Kommunikation zw. UM und FR"

    /begin DEF_CHARACTERISTIC
      AUSC_A_UM
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      UMRST_TV_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_um B_ubdve rst_tv umrst_c_um
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      auscf_c_um ei_ubr_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      ausc_c_um uma2_res umErrorCtrFr
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    UPRAM031
    ""

    /begin OUT_MEASUREMENT
      tcclkldf_w tccpkldf_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URADCC
    "15.10     EGAS Überwachungskonzept: AD-Wandler-Test"

    /begin DEF_CHARACTERISTIC
      ADCC_T_UM SP1ADC_DIF SP1_STAT SP1_STAT_T
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_fr B_i_ska_um B_notlu_fr B_pwgnotum iUspoti1_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      ei_adcc_um
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      adcc_c_um sp1p_a_um sp1p_st_um sp1s_a_um sp1s_st_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URAUSG
    ""

    /begin DEF_CHARACTERISTIC
      AUSGH_T_UM AUSG_T_UM AUSZH_T_UM AUSZH_T_UR AUSZ_T_UM
    /end DEF_CHARACTERISTIC
    /begin LOC_MEASUREMENT
      ausgh_c_um ausg_c_um auszh_c_um ausz_c_um
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCFGRC
    ""

    /begin DEF_CHARACTERISTIC
      FGRC_BFGR_DAT_UC FGRC_MIFA_DAT_UC FGRC_SFLAGS_DAT_UC FGRC_TFLAGS_DAT_UC FGRC_VFZG_DAT_UC VMIN_UC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      abfgrc_uc B_fgr_bt B_fgr_uc mfgr_uc mifa_bt vfzg_bt
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCMIST
    ""

    /begin DEF_CHARACTERISTIC
      KFMI_UC KFZW_UC KLETAZW_UC KLFAKSP_UC KLZL1_UC KLZL2_UC
      MIST_FRKSCH_DAT_UC MIST_LAMB1_DAT_UC MIST_LAMB2_DAT_UC MIST_NMOT_DAT_UC MIST_NMV08_UC MIST_RLV08_UC
      MIST_RL_DAT_UC MIST_ZW1_DAT_UC MIST_ZW2_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_uc nmst08_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmist_uc mi_uc rlst08_uc rl_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzw1_uc dzw2_uc dzw_uc etafrks_uc etazw_uc frksch_uc
      lamb1_uc lamb2_uc miopt_uc zw1_uc zw2_uc zwopt_uc
      zwout_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCMSRC
    ""

    /begin DEF_CHARACTERISTIC
      BZ_MSR_UC DBZ_MN_UC DBZ_MX_UC MSRC_BMSR_DAT_UC MSRC_BZMSRA_DAT_UC MSRC_BZMSR_DAT_UC
      MSRC_C_DAT_UC MSRC_MDASRL_DAT_UC MSRC_MDASRS_DAT_UC MSRC_MDMSR_DAT_UC MSRC_SBIT_DAT_UC MSRC_T_UC
      NOASR_UC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      abmsrc_uc B_nomsr_bt B_nomsr_uc ei_msrc_uc mmsr_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzmsr_a_uc bz_msr_bt B_nkons_uc msrc_c_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCMVER
    ""

    /begin DEF_CHARACTERISTIC
      MVER_C_DAT_UC MVER_MI_DAT_UC MVER_MZF_DAT_UC MVER_MZO_DAT_UC MVER_RFLAGS_DAT_UC MVER_T_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_i_ska_uc mi_uc mzf_uc mzo_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmver_uc ei_mver_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdif_w_uc mver_c_uc mzfo_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCMZF
    ""

    /begin DEF_CHARACTERISTIC
      MZFFIL_UC MZFTV_UC MZF_LOW_DAT_UC MZF_MZF_DAT_UC MZF_MZ_DAT_UC MZF_PTR_DAT_UC
      MZF_REG_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mz_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmzf_uc mzf_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mzf_low_uc mzf_ptr_uc mzf_reg_uc mzf_x_uc mzf_y_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCMZUL
    ""

    /begin DEF_CHARACTERISTIC
      KFDMP_UC_0 KFDMP_UC_1 KFDMT_UC_0 KFDMT_UC_1 KFMOF_UC KFPZU_UC_0
      KFPZU_UC_1 KLLLRZU_UC KLMIMAX_UC KLMIMIN_UC KLMZUMN_UC MDV08_UC
      MZUL_MFGR_DAT_UC MZUL_MMSR_DAT_UC MZUL_MRLINI_DAT_UC MZUL_MSGS_DAT_UC MZUL_NFLAGS_DAT_UC MZUL_NMOT_DAT_UC
      MZUL_NMV08_UC MZUL_SFLAGS_DAT_UC MZUL_SPSNV08_UC MZUL_SPSN_DAT_UC MZUL_TMOT_DAT_UC MZUL_VKPEDCH_DAT_UC
      SPSNLL_UC TMOMIN_UC TMOV08_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mfgr_uc mmsr_uc mrlini_uc msgs_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abmzul_uc B_klmzu_uc mzo_uc mz_uc nmot_uc nmst08_uc
      spnst08_uc spsn_uc tmot_uc vkpedch_uc
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      mdst08_uc mped_uc tmost08_uc tmotmn_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCPU
    "39.10     EGAS Überwachungskonzept: Befehlstest mit Ebene 2'"

    /begin IN_MEASUREMENT
      abfgrc_uc abmist_uc abmsrc_uc abmver_uc abmzf_uc abmzul_uc
      abreac_uc abrkc_uc absgsc_uc uma2_res
    /end IN_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCRAM
    ""

    /begin DEF_CHARACTERISTIC
      CW_BDE_UC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      b_flags_uc B_i_ska_uc d_flags_uc f_flags_uc n_flags_uc r_flags_uc
      s_flags_uc t_flags_uc z_flags_uc
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCREAC
    ""

    /begin DEF_CHARACTERISTIC
      KLNPED_UC NMXSKA_UC NOREA_UC NSKAZO_UC REAC_AZOFFM_DAT_UC REAC_C2_DAT_UC
      REAC_C3_DAT_UC REAC_EVZAUS_DAT_UC REAC_NMOT_DAT_UC REAC_RFLAGS_DAT_UC REAC_SPSN_DAT_UC REAC_T2_UC
      REAC_T3_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      nmot_uc spsn_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      abreac_uc azoff_w_bt evz_aus_bt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      nska_uc reac_c2_uc reac_c3_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCRKC
    ""

    /begin DEF_CHARACTERISTIC
      RKC_MRLINI_DAT_UC
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      abrkc_uc mrlini_uc
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URCSGSC
    ""

    /begin DEF_CHARACTERISTIC
      MSGSMX_UC SGSC_ASGPUC_DAT_UC SGSC_BASGPL_DAT_UC SGSC_BASGPU_DAT_UC SGSC_BWKRA_DAT_UC SGSC_BWKR_DAT_UC
      SGSC_BZGES_DAT_UC SGSC_BZ_CANGE_DAT_UC SGSC_BZ_SGS_A_DAT_UC SGSC_BZ_SGS_DAT_UC SGSC_C_DAT_UC SGSC_MISGSCPL_DAT_UC
      SGSC_MISGS_DAT_UC SGSC_MOMIA1_DAT_UC SGSC_MOMIA2_DAT_UC SGSC_MOMINT_DAT_UC SGSC_MSGS_DAT_UC SGSC_MZ_DAT_UC
      SGSC_NSYWIN_DAT_UC SGSC_NSYW_DAT_UC SGSC_T_UC TSGSCNU_UC
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      mz_uc
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      absgsc_uc asgphnpl_bt bz_cange_bt B_asgphnpl_bt B_asgpli_bt B_nosgs_uc
      B_sgspl_uc B_wkauf_bt B_wkr_bt B_zges_bt misgscpl_bt misgs_bt
      momint_bt msgs_uc nsywin_bt nsyw_bt
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      bzsgs_c_uc bz_sgsa_uc B_emintmx_uc B_emint_uc ei_sgsc_uc momi_a1_uc
      momi_a2_uc sgsc_c_uc
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URDELAY
    ""

    /begin REF_CHARACTERISTIC
      NOREA_UM RST_TV_UM WAIT_T_UM
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      rst_tv
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      delayedTime_w rst_tv_active
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URMEM
    "3.20      EGAS Überwachungskonzept: Zyklischer Speichertest"

    /begin OUT_MEASUREMENT
      urmcksc1 urmcksc2 urmcksda urmpatco
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    URRAM
    "2.10      EGAS Überwachungskonzept: RAM-Test"


/end FUNCTION

/begin FUNCTION

    URROM
    "2.20      EGAS Überwachungskonzept: ROM-Test"

    /begin DEF_CHARACTERISTIC
      CW_NOROMCHKRESET ROMRSTA_UM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nlsiko swOffDlBits
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      romRstC_um
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    VAR
    "445.20    Variantencodierung"

    /begin DEF_CHARACTERISTIC
      VARTAB
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      vkAirbag vkCAN vkCAN2 vkCAN3 vkKlima
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    VAR_DST
    ""

    /begin REF_CHARACTERISTIC
      VARDEF VARTAB
    /end REF_CHARACTERISTIC
    /begin LOC_MEASUREMENT
      pmcod_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    VMAXMD
    "5.10      Drehmomentanforderung von VMAX-Regelung"

    /begin DEF_CHARACTERISTIC
      KIVMXG KPVMXG TVMXPRG
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      bfzgl_w dmllri_w gangi mifab_w mimin_w vfzg_w
      vmax_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_vmax mivmx_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dvsi_w mivmxi_w mivmxp_w vivmx_w vsvmx_w
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    VS_VERST
    "2.40      Verstellparameter für McMess"

    /begin DEF_CHARACTERISTIC
      CWVSV
    /end DEF_CHARACTERISTIC
    /begin OUT_MEASUREMENT
      vsdmr vsfpses vsfrk vske vsldtv vsns
      vsrlmx vsvw vswnws vszw vszwkr
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_mcacti
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    WDKSOM
    "2.40      Berechnung Drosselklappensollwinkel ohne Momentenstruktur"

    /begin DEF_CHARACTERISTIC
      KFWDKSST KFWDKTHO KLWDKABST KLWDKPED KLWDKTAN NWDKSST
      TFWDKSOM TWDKRED TWDKSNST WDKSNLN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_enllri B_llrein B_nmin fho miist_w miszul_w
      nmot nmot_w tabst_w tans tmst wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_munst B_tfwdksom B_wdksom tfwdksom_w wdksom_w
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    wfs
    "Wegfahrsperre"

    /begin DEF_CHARACTERISTIC
      CWWFS WFSKLASSE WFSMARKE WFSTRETRY
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_ecudev B_pwf nmot_w u_immo
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_wfs00ur B_wfs58ur B_wfsaudis B_wfsautos B_wfsch50t B_wfscheck
      B_wfscrynl B_wfscryva B_wfsdisab B_wfsdwndd B_wfsdwnst B_wfseepnl
      B_wfsepast B_wfsepctr B_wfsepn0 B_wfsepn1 B_wfsepn2 B_wfsepn3
      B_wfsepn4 B_wfsepn5 B_wfsepn6 B_wfsepn7 B_wfsepnok B_wfsepok
      B_wfseptst B_wfsflsh B_wfsfrest B_wfslnact B_wfsload B_wfsnlrq
      B_wfsnplau B_wfsp2max B_wfsp2sta B_wfsp2to B_wfsretry B_wfsrpm
      B_wfsrqdc B_wfsrqdce B_wfsrqdd B_wfsrqdde B_wfsrqtpc B_wfsrqtpo
      B_wfsrqvc B_wfsrqvce B_wfsrqvd B_wfsrqvde B_wfsrsdc B_wfsrsdce
      B_wfsrsdd B_wfsrsdde B_wfsrsnet B_wfsstaok B_wfstpco B_wfsulem
      B_wfsvine B_wfswin2 wfsAusBits1 wfsAusBits10ms1 wfsAusBits10ms2 wfsAusBits10ms3
      wfsAusBits10ms4 wfsAusBits10ms5 wfsAusBits10ms6 wfsAusBits10ms7 wfsAusBitsNov10ms1 wfsCommEepOld
      wfsCommImsOld wfsCommTstOld wfsCtrAuSt wfsCtrAuth wfsCtrn0_w wfsCtrP2C
      wfsCtrRetr wfsEcuSt_w wfsEepReq wfsEepReqO wfsIdxSigE wfsIdxSigI
      wfsIId wfsIIdIms wfsKwpRspC wfsVin wfsVinIms wfsVinUr
      wfs_cyclus
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_wfsdelay B_wfsdgrdy B_wfslnnok B_wfsrcnl B_wfswin1 cmdError_w
      wfsCtrRcErr wfsCtrRcnl wfsLokBits1 wfsLokBits10ms1 wfsTime wfsWinTime
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    WFSCOM
    "1.30      Immobiliser Kommunikation"


/end FUNCTION

/begin FUNCTION

    WFSIF
    "48.41     Wegfahrsperre Interface"

    /begin IN_MEASUREMENT
      B_nlwfs B_wfsnlrq
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_eculock
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    WNWRA
    "5.110     Auslaß-NW-Lageregelung"

    /begin DEF_CHARACTERISTIC
      CWNWRA EDNWA FNWIVA FTANWUBA ITANWHFMA KFIVMXNWA
      KFNWDA KLFNWPA KLWNWSLRA KLWSNWA KLWSRNWA KNWBNA
      KNWBPA KNWVTKA KTNWDA KZNWVNA KZNWVPA STO08NAUW
      TANWNA TANWPSA TANWSDA THTVAI TVINWSA TVNWMNA
      TVNWMXA TWNWSA TWNWSSRNA TWNWSSRPA WNWSHMNA WNWSHMXA
      WSNWSA ZNWFILA ZNWVHA
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKVHR SNM06NWUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kdhre B_nwia B_nwrposa B_nwvfa B_pwofnwa B_wnws0a
      esst_snm06nwub nmot tmot tnst_w tnwia_w toelzk_w
      ub wnwass wnwisa_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_sto08nauw tanwra tanwraa tnwvtka wnwam wnwgpa_w
      wsnwa_w wsrnwa_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwcoa B_nwha B_nwiva B_nwscoa B_nwvha B_nwvna
      B_nwvpa B_wnwsaii B_wnwsait dwnwa_w dwnwsa_w fnwda_w
      fnwpa ftanwubka ftnwa ivmxnwa sdnnwa_w sdtnwa_w
      tanwda_w tanwdza_w tanwoda_w tanwpa_w tanwrha_w tnwda_w
      tnwdza_w tvnwsai_w tvsta vnwa_w vnwda_w vnwdza_w
      wnwaslrs wnwgsa_w wnwgsda_w wnwkrva_w wnwssa znwva_w
      znwvna znwvpa
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    WNWRE
    "5.110     Einlaßnockenwellen-Lageregelung"

    /begin DEF_CHARACTERISTIC
      CWNWRE EDNWE FNWIVE FTANWUBE ITANWHFME KFIVMXNWE
      KFNWDE KLFNWPE KLWNWSLRE KLWSNWE KLWSRNWE KNWBNE
      KNWBPE KNWVTKE KTNWDE KZNWVNE KZNWVPE STO08NEUW
      TANWNE TANWPSE TANWSDE THTVEI TVINWSE TVNWMNE
      TVNWMXE TWNWSE TWNWSSRNE TWNWSSRPE WNWSHMNE WNWSHMXE
      WSNWSE ZNWFILE ZNWVHE
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      CWKVHR SNM06NWUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kdhre B_nwie B_nwrpose B_nwvfe B_pwofnwe B_wnws0e
      esst_snm06nwub nmot tmot tnst_w tnwie_w toelk_w
      toelzk_w ub wnweos wnwise_w
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      esst_STO08NEUW tanwre tanwrea wnwem wnwgpe_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_nwcoe B_nwhe B_nwive B_nwscoe B_nwvhe B_nwvne
      B_nwvpe B_wnwseii B_wnwseit dwnwe_w dwnwse_w fnwde_w
      fnwpe ftanwubke ftnwe ivmxnwe sdnnwe_w sdtnwe_w
      tanwde_w tanwdze_w tanwode_w tanwpe_w tanwrhe_w tnwde_w
      tnwdze_w tnwvtke toelnwr tvnwsei_w tvste vnwde_w
      vnwdze_w vnwe_w wnweolrs wnwgsde_w wnwgse_w wnwkrve_w
      wnwsse wsnwe_w wsrnwe_w znwve_w znwvne znwvpe
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZUESZ
    "3.50      Zündung, Berechnung Schließzeit"

    /begin DEF_CHARACTERISTIC
      CW_FUBND DTSDRL DUBZS FFLDZ FSWTM FSZTM
      FTOMN FTSDRLW FUBAOF FWNMOT KFFFANZ KFSZDUB
      KFSZT KFTSDYN KFTSRL NMNZUESA NMXZUESA TSMNSA
      TSMX TSMXNL TZSUDYN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_lsd B_sa drlsolf_w E_dk E_lm ngfil
      ngfil_w nmot nmot_w rl tmot ub
      wped
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_ff fubaanz offz_w szfuba_w sztcalc_w
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_swdy B_zb B_zuesa ftsdrl ftsdyn ftsub
      szout_w szrl_w tsdrlmx_w tsrl tsrldyn tzsCtr
      ubn uzue
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWBAS
    "6.10      Berechnung Zündwinkel für zwbasar"

    /begin DEF_CHARACTERISTIC
      ZWAPPL
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_llrein dwkrz dzwwl wkrdy zwgru zwstt
      zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwbas zwbasar
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      zwbasobk
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWGRU
    "48.40     Grundzündwinkel"

    /begin DEF_CHARACTERISTIC
      CNOKT DFDZWS DFDZWSU KFDWSZ KFDWSZU KFDZK
      KFDZWKG KFSWKFZK KFSWKFZKR KFZW KFZW2 KFZWA
      KFZWA2 TSWZK TSWZKR
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SLA09OPUW SNM16ZUUW SRL12ZUUW
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kr B_krdws B_sunw dzwol esst_sla09opuw esst_snm16opuw
      esst_snm16zuuw esst_srl11opuw esst_srl12zuuw fnwaa fnwea lambas_w
      nmot_w rl_w wkrma
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_kfzk dzwbankar dzwzk zwgru
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      dzwb2 dzwkg fdzwsu zwkfzw zwkfzw0 zwkfzw1
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWMIN
    "12.20     Berechnung des spätest erlaubten Zündwinkels"

    /begin DEF_CHARACTERISTIC
      CWKHZW DNTIPDYN DNZWMN DZWAML DZWDYN DZWSPM
      FZWKHMX KFDZMNST KFETAMNMS KFETANKH KFETAZN KLFZWMNKH
      KLFZWMNST TNSZWTIP TTIPINEN TTIPINON TVZWMSA TVZWMSE
      ZWSPAEINI
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      DZWETA ETADZW SNM04ZUUB SNM16OPUW SNS04ZUSB SRL11OPUW
      STM08__UB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_kh B_kuppl B_kw B_ll B_llrein B_munst
      B_sa B_st dns esst_snm04zuub esst_snm16opuw esst_sns04zusb
      esst_srl11opuw esst_stm08__ub fmdkh gangi migs_w misolv_w
      misol_w ml ngfil nmot nmot_w nstat
      rl_w tmot tnst_w zwist zwopt zwstt
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      etamns etazwmn zwspae
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      B_zwmnpst B_zwms dzwdyntp dzwmna dzwmnms dzwspae
      dzwspma dzwtipin etamnms fzwmn_w tzwmnnst_w zwmn
      zwmnd zwmnms zwmnt
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWSEL
    "5.20      Berechnung ZW nach Früh- und Spätbegrenzung"

    /begin DEF_CHARACTERISTIC
      NACHANZA WPHN
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_nozwe B_sa B_zwappl dzwbankar nmot redist
      zwbas zwbasar zwsol zwspae zzylzue
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      B_zwkra znachanz zwcalcar zwist zwkrafld zwout
      zwoutcpl zwzyl1
    /end OUT_MEASUREMENT
    /begin LOC_MEASUREMENT
      wphg
    /end LOC_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWSTT
    "4.30      Zündung im Start"

    /begin DEF_CHARACTERISTIC
      DZWSTTA KFZWSTTM
    /end DEF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      B_llrein nmot tans tmst
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      zwstt
    /end OUT_MEASUREMENT

/end FUNCTION

/begin FUNCTION

    ZWWL
    "5.40      Warmlauf Zündwinkel"

    /begin DEF_CHARACTERISTIC
      FZWWLRLN KFZWWLNM KFZWWLRL
    /end DEF_CHARACTERISTIC
    /begin REF_CHARACTERISTIC
      SNM12ESUB SRL06ESUB STA12WLUB
    /end REF_CHARACTERISTIC
    /begin IN_MEASUREMENT
      esst_snm12esub esst_srl06esub esst_sta12wlub nmot rl tans
      tmot
    /end IN_MEASUREMENT
    /begin OUT_MEASUREMENT
      dzwwl
    /end OUT_MEASUREMENT

/end FUNCTION

/begin COMPU_METHOD

    accgrd_ub_b555p55
    ""
    RAT_FUNC
    "%6.2"
    "m/(s^3)"

    COEFFS 0 1 0 0 0 2.17 

/end COMPU_METHOD

/begin COMPU_METHOD

    acc_q0p01o1p27g
    ""
    RAT_FUNC
    "%6.3"
    "g"

    COEFFS 0 100 127 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    acc_sb_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "m/(s^2)"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    acc_sw_q3p91em4
    ""
    RAT_FUNC
    "%6.5"
    "m/s^2"

    COEFFS 0 32768 0 0 0 12.8 

/end COMPU_METHOD

/begin COMPU_METHOD

    acc_ub_b55p55
    ""
    RAT_FUNC
    "%6.3"
    "m/(s^2)"

    COEFFS 0 1 0 0 0 0.217 

/end COMPU_METHOD

/begin COMPU_METHOD

    acc_uw_b55p55
    ""
    RAT_FUNC
    "%6.5"
    "m/(s^2)"

    COEFFS 0 147456 0 0 0 125 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfgrsc_ub_q0p024_o3p984
    ""
    RAT_FUNC
    "%6.3"
    "m/s^2"

    COEFFS 0 1 3.984 0 0 0.024 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfzg_sb_q0p217
    ""
    RAT_FUNC
    "%6.3"
    "m/s^2"

    COEFFS 0 1 0 0 0 0.217 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfzg_sw_q4p239Em4
    ""
    RAT_FUNC
    "%10.7"
    "m/s^2"

    COEFFS 0 1 0 0 0 0.0004239 

/end COMPU_METHOD

/begin COMPU_METHOD

    bfzg_uw_q4p239Em4
    ""
    RAT_FUNC
    "%6.5"
    ""

    COEFFS 0 1 0 0 0 0.0004239 

/end COMPU_METHOD

/begin COMPU_METHOD
    B_TRUE
    ""
    TAB_VERB
    "%6.3"
    ""
    COMPU_TAB_REF B_TRUE

/end COMPU_METHOD

/begin COMPU_VTAB

    B_TRUE
    ""
    TAB_VERB
    2
    0 "----"
    1 "TRUE"


/end COMPU_VTAB

/begin COMPU_METHOD

    DEZ
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dez
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    DEZL
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dezsub1
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 1 -1 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD
    dfp_verbal
    ""
    TAB_VERB
    "%6.3"
    ""
    COMPU_TAB_REF dfp_verbal

/end COMPU_METHOD

/begin COMPU_VTAB

    dfp_verbal
    ""
    TAB_VERB
    194
    0 "DFP_AAA"
    1 "DFP_AATUN"
    2 "DFP_AKRE"
    3 "DFP_ANWS"
    4 "DFP_ANWSE"
    5 "DFP_ASGNPL"
    6 "DFP_BKVP"
    7 "DFP_BKVPE"
    8 "DFP_BM"
    9 "DFP_BREMS"
    10 "DFP_BZNPL"
    11 "DFP_CAIR"
    12 "DFP_CAIRP"
    13 "DFP_CAS"
    14 "DFP_CAT"
    15 "DFP_CBR2"
    16 "DFP_CBSG"
    17 "DFP_CGAT"
    18 "DFP_CGE"
    19 "DFP_CGRA"
    20 "DFP_CIF"
    21 "DFP_CINS"
    22 "DFP_CKLA"
    23 "DFP_CLWS"
    24 "DFP_CTOG"
    25 "DFP_CZAS"
    26 "DFP_DK"
    27 "DFP_DK1P"
    28 "DFP_DK2P"
    29 "DFP_DPL"
    30 "DFP_DSBKV"
    31 "DFP_DSU"
    32 "DFP_DVEE"
    33 "DFP_DVEF"
    34 "DFP_DVEFO"
    35 "DFP_DVEL"
    36 "DFP_DVEN"
    37 "DFP_DVER"
    38 "DFP_DVET"
    39 "DFP_DVEU"
    40 "DFP_DVEUB"
    41 "DFP_DVEUW"
    42 "DFP_DVEV"
    43 "DFP_DYLSU"
    44 "DFP_DYLSU2"
    45 "DFP_EGFE"
    46 "DFP_EGSBGR"
    47 "DFP_ENWS"
    48 "DFP_ENWSE"
    49 "DFP_EPCLE"
    50 "DFP_EV1"
    51 "DFP_EV2"
    52 "DFP_EV3"
    53 "DFP_EV4"
    54 "DFP_EV5"
    55 "DFP_EV6"
    56 "DFP_FKU"
    57 "DFP_FLP"
    58 "DFP_FP1P"
    59 "DFP_FP2P"
    60 "DFP_FRAO"
    61 "DFP_FRAO2"
    62 "DFP_FRAU"
    63 "DFP_FRAU2"
    64 "DFP_FRST"
    65 "DFP_FRST2"
    66 "DFP_GECOD"
    67 "DFP_GRBH"
    68 "DFP_HELSU"
    69 "DFP_HELSU2"
    70 "DFP_HRE"
    71 "DFP_HSH"
    72 "DFP_HSH2"
    73 "DFP_HSHE"
    74 "DFP_HSHE2"
    75 "DFP_HSV"
    76 "DFP_HSV2"
    77 "DFP_HSVE"
    78 "DFP_HSVE2"
    79 "DFP_ICLSU"
    80 "DFP_ICLSU2"
    81 "DFP_KAT"
    82 "DFP_KAT2"
    83 "DFP_KPE"
    84 "DFP_KRA01"
    85 "DFP_KRA02"
    86 "DFP_KRA03"
    87 "DFP_KRA04"
    88 "DFP_KRA05"
    89 "DFP_KRA06"
    90 "DFP_KRNT"
    91 "DFP_KROF"
    92 "DFP_KRTP"
    93 "DFP_KS1"
    94 "DFP_KS2"
    95 "DFP_KS3"
    96 "DFP_KS4"
    97 "DFP_KUPPL"
    98 "DFP_LASH"
    99 "DFP_LASH2"
    100 "DFP_LAVH"
    101 "DFP_LAVH2"
    102 "DFP_LDPE"
    103 "DFP_LLR"
    104 "DFP_LM"
    105 "DFP_LSH"
    106 "DFP_LSH2"
    107 "DFP_LSHV"
    108 "DFP_LSUIA"
    109 "DFP_LSUIA2"
    110 "DFP_LSUIP"
    111 "DFP_LSUIP2"
    112 "DFP_LSUKS"
    113 "DFP_LSUKS2"
    114 "DFP_LSUUN"
    115 "DFP_LSUUN2"
    116 "DFP_LSUVM"
    117 "DFP_LSUVM2"
    118 "DFP_LSV"
    119 "DFP_LSV2"
    120 "DFP_LSVV"
    121 "DFP_LUE1"
    122 "DFP_LUES1E"
    123 "DFP_MA"
    124 "DFP_MD"
    125 "DFP_MD00"
    126 "DFP_MD01"
    127 "DFP_MD02"
    128 "DFP_MD03"
    129 "DFP_MD04"
    130 "DFP_MD05"
    131 "DFP_MDB"
    132 "DFP_MFA"
    133 "DFP_N"
    134 "DFP_NWKW"
    135 "DFP_NWKW2"
    136 "DFP_NX"
    137 "DFP_PH"
    138 "DFP_PH2"
    139 "DFP_PLLSU"
    140 "DFP_PLLSU2"
    141 "DFP_PWGDE"
    142 "DFP_RKAT"
    143 "DFP_RKAT2"
    144 "DFP_RKAZ"
    145 "DFP_RKAZ2"
    146 "DFP_SCR"
    147 "DFP_SGEEP"
    148 "DFP_SGEEW"
    149 "DFP_SLPE"
    150 "DFP_SLS"
    151 "DFP_SLS2"
    152 "DFP_SLV"
    153 "DFP_SLV2"
    154 "DFP_SLVE"
    155 "DFP_SUE"
    156 "DFP_SWE"
    157 "DFP_TA"
    158 "DFP_TANKL"
    159 "DFP_TES"
    160 "DFP_TESF"
    161 "DFP_TESG"
    162 "DFP_TEVE"
    163 "DFP_TEVE2"
    164 "DFP_TKA"
    165 "DFP_TM"
    166 "DFP_TMKI"
    167 "DFP_TOL"
    168 "DFP_TUM"
    169 "DFP_UB"
    170 "DFP_UBR"
    171 "DFP_UFMV"
    172 "DFP_UFNC"
    173 "DFP_UFRLIP"
    174 "DFP_UFSGA"
    175 "DFP_UFSGB"
    176 "DFP_UFSKA"
    177 "DFP_UFSPSC"
    178 "DFP_ULSU"
    179 "DFP_ULSU2"
    180 "DFP_URRAM"
    181 "DFP_URROM"
    182 "DFP_URRST"
    183 "DFP_VFZ"
    184 "DFP_WFS"
    185 "DFP_WFSRC"
    186 "DFP_ZET1"
    187 "DFP_ZET2"
    188 "DFP_ZET3"
    189 "DFP_ZET4"
    190 "DFP_ZET5"
    191 "DFP_ZET6"
    192 "DFP_ZWPE"
    193 "DFP_ZZZ"


/end COMPU_VTAB

/begin COMPU_METHOD

    dgrad_uw_q0p015
    ""
    RAT_FUNC
    "%6.4"
    "hPa/V"

    COEFFS 0 65536 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    dichte_ub_b2
    ""
    RAT_FUNC
    "%6.4"
    "kg/m^3"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    dist_uw_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    dlw_sw_q0p04375
    ""
    RAT_FUNC
    "%6.4"
    "°/s"

    COEFFS 0 32767 0 0 0 1434 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak1_q1p63Em5
    ""
    RAT_FUNC
    "%7.6"
    "[g*K]/hPa"

    COEFFS 0 61440 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak1_q4p3945Em4
    ""
    RAT_FUNC
    "%6.5"
    "[kg/h]/g"

    COEFFS 0 65536 0 0 0 28.8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p000122
    ""
    RAT_FUNC
    "%6.5"
    "1/(g*s)"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p000244
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p000488
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00153
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00174_JsK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK"

    COEFFS 0 576 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00195
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00273
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.7 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00347_JsK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK"

    COEFFS 0 288 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0039
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p00926_JsKK
    ""
    RAT_FUNC
    "%6.4"
    "J/sK^2"

    COEFFS 0 108 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p02
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 50 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p03815
    ""
    RAT_FUNC
    "%6.4"
    "%/(s*kg/h)"

    COEFFS 0 65536 0 0 0 2500 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p1
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q0p2222_JK
    ""
    RAT_FUNC
    "%6.3"
    "J/K"

    COEFFS 0 9 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q16_hPahPa
    ""
    RAT_FUNC
    "%6.1"
    "hPa*hPa"

    COEFFS 0 1 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q20_hPahPa_mul_h_div_kg
    ""
    RAT_FUNC
    "%6.1"
    "hPa*hPa*h/kg"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_q2p0em8
    ""
    RAT_FUNC
    "%10.9"
    "-"

    COEFFS 0 1 0 0 0 2e-008 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b0p03125
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 256 0 0 0 0.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b0p25
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b1
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b127
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b16
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b2
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_b64
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sb_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b0p0625
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 65536 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b1
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b1_1
    ""
    RAT_FUNC
    "%7.6"
    "1/s"

    COEFFS 0 65536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b2
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b256
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b2_1
    ""
    RAT_FUNC
    "%7.6"
    "s"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b32
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b4_1
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b64
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_sw_b8
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p03125
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 256 0 0 0 0.03125 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p125
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 256 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p1_o0p05
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 256 12.8 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p25
    ""
    RAT_FUNC
    "%10.7"
    "-"

    COEFFS 0 256 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b0p5
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b1
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b16
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b1p25_o0p75
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 1 -0.75 0 0 0.00195313 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b2
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b2p55
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 255 0 0 0 2.55 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b318p75
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 256 0 0 0 318.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b32
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b3p125
    ""
    RAT_FUNC
    "%6.4"
    "%/Upm"

    COEFFS 0 2048 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b4
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b64
    ""
    RAT_FUNC
    "%6.3"
    "-"

    COEFFS 0 256 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_b8
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p001Lpromm
    ""
    RAT_FUNC
    "%6.5"
    "L/mm"

    COEFFS 0 1 0 0 0 0.001 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p015
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 63.75 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q0p05
    ""
    RAT_FUNC
    "%6.4"
    "1"

    COEFFS 0 256 0 0 0 12.8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q4p7Em7
    ""
    RAT_FUNC
    "%11.10"
    "-"

    COEFFS 0 1 0 0 0 4.7e-007 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_ub_q500
    ""
    RAT_FUNC
    "%6.0"
    "-"

    COEFFS 0 1 0 0 0 500 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b0p5
    ""
    RAT_FUNC
    "%8.7"
    "-"

    COEFFS 0 65536 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b1
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b128
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b128_1
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b16
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b160
    ""
    RAT_FUNC
    "%6.4"
    ""

    COEFFS 0 65536 0 0 0 160 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b2
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b32
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b4
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b4864
    ""
    RAT_FUNC
    "%6.4"
    "-"

    COEFFS 0 65536 0 0 0 4864 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b4_no1
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 65536 65536 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b5
    ""
    RAT_FUNC
    "%7.6"
    "-"

    COEFFS 0 65536 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b5p12
    ""
    RAT_FUNC
    "%7.6"
    ""

    COEFFS 0 65536 0 0 0 5.12 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b64
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b64_1
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_b8
    ""
    RAT_FUNC
    "%6.5"
    "-"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    fak_uw_q0p001
    ""
    RAT_FUNC
    "%6.5"
    ""

    COEFFS 0 65536 0 0 0 65.536 

/end COMPU_METHOD

/begin COMPU_METHOD

    fmfkr_dez
    ""
    RAT_FUNC
    "%6.2"
    "kHz"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    freq_sw_b512
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 65536 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    freq_ub_b0p05
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 256 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    grd_q1_ms
    ""
    RAT_FUNC
    "%6.2"
    "1 / ms"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    ispg_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "uA/V"

    COEFFS 0 4 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    i_q0p125_uA
    ""
    RAT_FUNC
    "%6.3"
    "uA"

    COEFFS 0 8 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    i_q1_uA
    ""
    RAT_FUNC
    "%6.2"
    "uA"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    KennText
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kumsrl_ub_b0p002
    ""
    RAT_FUNC
    "%10.9"
    "(kg/h)/(1/min)(%)"

    COEFFS 0 128000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kva_ub_q20
    ""
    RAT_FUNC
    "%6.1"
    "L/Zyl."

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    kwgrad_q0p03052
    ""
    RAT_FUNC
    "%6.4"
    "°KW/s"

    COEFFS 0 8192 0 0 0 250 

/end COMPU_METHOD

/begin COMPU_METHOD

    kwgrad_q3p9
    ""
    RAT_FUNC
    "%6.2"
    "°KW/s"

    COEFFS 0 64 0 0 0 250 

/end COMPU_METHOD

/begin COMPU_METHOD

    kwprs_q0p001302
    ""
    RAT_FUNC
    "%6.4"
    "°KW/%s"

    COEFFS 0 65536 0 0 0 85.3333333333333 

/end COMPU_METHOD

/begin COMPU_METHOD

    kwpr_q0p001302
    ""
    RAT_FUNC
    "%6.4"
    "°KW/%"

    COEFFS 0 65536 0 0 0 85.3333333333333 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_dmdfof1
    ""
    RAT_FUNC
    "%6.1"
    "°KW"

    COEFFS 0 273.066666666667 32768 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_dmdfof2
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 273.066666666667 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0019
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 512 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0039
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0156
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 64 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 256 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "°KW"

    COEFFS 0 4 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "°KW"

    COEFFS 0 2 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q1
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q2p8125
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 2.8125 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_q6
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_sw_b128
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 65536 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_sw_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_tooth_sy
    ""
    RAT_FUNC
    "%6.2"
    "°KW"

    COEFFS 0 0.166666666666667 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_ub_b16
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_ub_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "°KW"

    COEFFS 0 256 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    kw_uw_q0p0078
    ""
    RAT_FUNC
    "%6.4"
    "°KW"

    COEFFS 0 128 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    luquant
    ""
    RAT_FUNC
    "%6.4"
    "(Umdr./sec)^2"

    COEFFS 0 202.661983231672 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    lw_sw_q0p04375
    ""
    RAT_FUNC
    "%6.4"
    "°"

    COEFFS 0 32767 0 0 0 1434 

/end COMPU_METHOD

/begin COMPU_METHOD

    mdt_q0p15625_Nms
    ""
    RAT_FUNC
    "%6.3"
    "Nms"

    COEFFS 0 65536 0 0 0 10240 

/end COMPU_METHOD

/begin COMPU_METHOD

    mdt_sw_b2556
    ""
    RAT_FUNC
    "%6.4"
    "Nms"

    COEFFS 0 65536 0 0 0 5112 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "Nm"

    COEFFS 0 65536 0 0 0 16384 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "Nm"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    md_ub_q2_o100
    ""
    RAT_FUNC
    "%6.2"
    "Nm"

    COEFFS 0 1 100 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    mgrad_sw_b28p44
    ""
    RAT_FUNC
    "%6.5"
    "g/s"

    COEFFS 0 230.4 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    mgrad_ub_b221p35
    ""
    RAT_FUNC
    "%6.2"
    "mg/s"

    COEFFS 0 230.4 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    mgrad_uw_q0p0961
    ""
    RAT_FUNC
    "%6.1"
    "mg/(V*s)"

    COEFFS 0 9805.82 0 0 0 102000 

/end COMPU_METHOD

/begin COMPU_METHOD

    mk1sxs_b2560
    ""
    RAT_FUNC
    "%6.1"
    "s/(kg/h)"

    COEFFS 0 0 2560 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0015625
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 640 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00195
    ""
    RAT_FUNC
    "%6.4"
    "kg/(h*s)"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00277
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 360 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p0031
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 320 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p00355
    ""
    RAT_FUNC
    "%6.4"
    "kg"

    COEFFS 0 1125 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p004
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 250 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q0p4
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q1p6
    ""
    RAT_FUNC
    "%6.2"
    "kg/h"

    COEFFS 0 1 0 0 0 1.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p71Em5_g
    ""
    RAT_FUNC
    "%7.6"
    "g"

    COEFFS 0 65536 0 0 0 1.77778 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p777Em5
    ""
    RAT_FUNC
    "%7.6"
    "kg/s"

    COEFFS 0 3600 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_q2p777Em5_kg
    ""
    RAT_FUNC
    "%7.6"
    "kg"

    COEFFS 0 3600 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_sw_b3276p8
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_sw_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b1020
    ""
    RAT_FUNC
    "%6.2"
    "kg/h"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b221p35
    ""
    RAT_FUNC
    "%6.2"
    "mg"

    COEFFS 0 230.4 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b23p3
    ""
    RAT_FUNC
    "%6.3"
    "kg"

    COEFFS 0 2812.5 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b25p6
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 256 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_b780
    ""
    RAT_FUNC
    "%6.2"
    "cm^3/min"

    COEFFS 0 256 0 0 0 780 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_q0p0444
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 1 0 0 0 0.0444 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_ub_q0p4
    ""
    RAT_FUNC
    "%6.3"
    "kg"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b102p4
    ""
    RAT_FUNC
    "%6.4"
    "kg/h"

    COEFFS 0 65536 0 0 0 102.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b23p3
    ""
    RAT_FUNC
    "%6.5"
    "kg"

    COEFFS 0 2812.5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b25p6
    ""
    RAT_FUNC
    "%6.5"
    "kg/h"

    COEFFS 0 65536 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b291p25
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 225 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b4660
    ""
    RAT_FUNC
    "%6.4"
    "g"

    COEFFS 0 3600 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b6553p5
    ""
    RAT_FUNC
    "%6.3"
    "kg/h"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_b7281
    ""
    RAT_FUNC
    "%6.3"
    "g"

    COEFFS 0 9 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_q0p0005
    ""
    RAT_FUNC
    "%6.5"
    "kg/h"

    COEFFS 0 1 0 0 0 0.0005 

/end COMPU_METHOD

/begin COMPU_METHOD

    m_uw_q3p2
    ""
    RAT_FUNC
    "%6.2"
    "kg/h"

    COEFFS 0 1 0 0 0 3.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotd_sb_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotd_sw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_qn1p953125
    ""
    RAT_FUNC
    "%6.4"
    "U/min/s"

    COEFFS 0 -512 0 0 0 1000 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sb_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min/s"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_b13p89
    ""
    RAT_FUNC
    "%6.5"
    "m/(s**2)"

    COEFFS 0 2359.11 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_q0p15625
    ""
    RAT_FUNC
    "%6.3"
    "U/min/s"

    COEFFS 0 1 0 0 0 0.15625 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_sw_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "U/min/s"

    COEFFS 0 1 0 0 0 0.39063 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_ub_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min/s"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmotg_uw_b2550
    ""
    RAT_FUNC
    "%6.4"
    "U/min/s"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q0p0025
    ""
    RAT_FUNC
    "%6.4"
    "U/min"

    COEFFS 0 1 0 0 0 0.0025 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q0p1453421
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.1453421 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q1
    ""
    RAT_FUNC
    "%6.2"
    "U/min"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_q10
    ""
    RAT_FUNC
    "%6.1"
    ""

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_sb_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_sw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q100
    ""
    RAT_FUNC
    "%6.0"
    "U/min"

    COEFFS 0 1 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q20
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q25
    ""
    RAT_FUNC
    "%6.1"
    "Upm"

    COEFFS 0 1 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q32
    ""
    RAT_FUNC
    "%6.1"
    "U/min"

    COEFFS 0 1 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_ub_q40
    ""
    RAT_FUNC
    "%6.1"
    "Upm"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    nmot_uw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "U/min"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_sw_b1p562
    ""
    RAT_FUNC
    "%7.6"
    "1/s"

    COEFFS 0 65536 0 0 0 3.124 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_sw_b6p125
    ""
    RAT_FUNC
    "%6.5"
    "1/s"

    COEFFS 0 65536 0 0 0 12.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_ub_b0p012207
    ""
    RAT_FUNC
    "%10.8"
    "1/s"

    COEFFS 0 256 0 0 0 0.012207 

/end COMPU_METHOD

/begin COMPU_METHOD

    perio_ub_b6p125
    ""
    RAT_FUNC
    "%6.4"
    "1/s"

    COEFFS 0 256 0 0 0 6.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    pgrad_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa/s"

    COEFFS 0 128 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    pgrad_q0p15625
    ""
    RAT_FUNC
    "%6.3"
    "hPa/s"

    COEFFS 0 32 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "bar"

    COEFFS 0 5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_sb_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "hPa"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_sw_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_sw_q0p078
    ""
    RAT_FUNC
    "%9.5"
    "hPa"

    COEFFS 0 256 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_ub_q10
    ""
    RAT_FUNC
    "%6.1"
    "hPa"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_ub_q5
    ""
    RAT_FUNC
    "%6.2"
    "hPa"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_b32
    ""
    RAT_FUNC
    "%6.5"
    "hPa/%"

    COEFFS 0 65536 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "hPa"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    p_uw_q0p078
    ""
    RAT_FUNC
    "%6.4"
    "hpa"

    COEFFS 0 256 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    qg_q5p333
    ""
    RAT_FUNC
    "%6.2"
    "J/s"

    COEFFS 0 3 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    qnv_uw_b512
    ""
    RAT_FUNC
    "%6.4"
    "(U/min)/(km/h)"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    qptemp_q10p667
    ""
    RAT_FUNC
    "%6.1"
    "J/K"

    COEFFS 0 3 0 0 0 32 

/end COMPU_METHOD

/begin COMPU_METHOD

    q_q0p4551
    ""
    RAT_FUNC
    "%6.3"
    "kJ"

    COEFFS 0 36000 0 0 0 16384 

/end COMPU_METHOD

/begin COMPU_METHOD

    q_q64
    ""
    RAT_FUNC
    "%6.1"
    "J"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p00152
    ""
    RAT_FUNC
    "%6.4"
    "%DK"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p02441
    ""
    RAT_FUNC
    "%6.4"
    "% DK"

    COEFFS 0 65536 0 0 0 1600 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p0625
    ""
    RAT_FUNC
    "%6.4"
    "%PWM/%DK"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q0p3922
    ""
    RAT_FUNC
    "%6.3"
    "% DK"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q1
    ""
    RAT_FUNC
    "%6.2"
    "%PWM/%DK"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_q4
    ""
    RAT_FUNC
    "%6.2"
    "%PWM/%DK"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "% DK"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relDK_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "% DK"

    COEFFS 0 65535 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relKW_q0p195
    ""
    RAT_FUNC
    "%6.3"
    "%/°KW"

    COEFFS 0 256 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    relmom_q0p0122
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 800 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p000122
    ""
    RAT_FUNC
    "%6.5"
    "%s/(U/min)"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p003052
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)"

    COEFFS 0 8192 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p01907
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)/s"

    COEFFS 0 32768 0 0 0 625 

/end COMPU_METHOD

/begin COMPU_METHOD

    relnmot_q0p477Em4
    ""
    RAT_FUNC
    "%7.6"
    "%/(U/min)"

    COEFFS 0 65536 0 0 0 3.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    relNWU_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%/NWU"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    relO2_q9p765Em4
    ""
    RAT_FUNC
    "%6.5"
    "%O2"

    COEFFS 0 65536 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    relPED_q0p00153
    ""
    RAT_FUNC
    "%6.4"
    "% PED"

    COEFFS 0 65535 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relPED_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "% PED"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    relPED_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "% PED"

    COEFFS 0 65535 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    reltemp_q2p543Em4
    ""
    RAT_FUNC
    "%6.5"
    "%/K"

    COEFFS 0 98304 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    reltemp_q5p086Em4
    ""
    RAT_FUNC
    "%6.5"
    "%/K"

    COEFFS 0 49152 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    relt_q0p02344
    ""
    RAT_FUNC
    "%6.4"
    "%/s"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p00195
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 128 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p002383
    ""
    RAT_FUNC
    "%6.4"
    "%/(s*U/min)"

    COEFFS 0 256 0 0 0 0.61 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p00305
    ""
    RAT_FUNC
    "%6.4"
    "%/(U/min)"

    COEFFS 0 256 0 0 0 0.7812 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0061
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 400 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p007629
    ""
    RAT_FUNC
    "%10.6"
    "%/(km/h)/s"

    COEFFS 0 65536 0 0 0 500 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p02344
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p025
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 1 0 0 0 0.025 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p09375
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.09375 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p0977
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.0977 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1953
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p1957
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 511 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p392
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 255 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p4
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.4 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_q0p7629Em3
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 65536 0 0 0 50 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_qn0p000488
    ""
    RAT_FUNC
    "%8.7"
    "(%*s)/(U/min)"

    COEFFS 0 -256 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 128 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_b25
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 128 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 50 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p39
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.3906 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b0p15
    ""
    RAT_FUNC
    "%8.7"
    "%/hPa"

    COEFFS 0 65536 0 0 0 0.3 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32768 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b1536
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b192
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 384 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b1p5
    ""
    RAT_FUNC
    "%7.6"
    "%/(1/min)"

    COEFFS 0 32768 0 0 0 1.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b200
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 400 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_b50
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%/seg"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p0468
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_sw_q0p1953
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 65536 0 0 0 12800 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b127p5
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 2 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b1p0
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b200
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b24p9
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 255 0 0 0 24.9 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b25
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b2p0
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_b99p6
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_bn24p9
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 -255 0 0 0 24.9 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p00153
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 0.3906 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p0029
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p03125
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p1875
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW/ms"

    COEFFS 0 256 0 0 0 48 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p3906
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p391
    ""
    RAT_FUNC
    "%6.3"
    "%/km/h"

    COEFFS 0 1 0 0 0 0.391 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_ub_q0p75_o48
    ""
    RAT_FUNC
    "%6.2"
    "%"

    COEFFS 0 1 48 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b0p3
    ""
    RAT_FUNC
    "%8.7"
    "%/hPa"

    COEFFS 0 65536 0 0 0 0.3 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b192
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 192 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b20
    ""
    RAT_FUNC
    "%6.5"
    "km/h"

    COEFFS 0 65536 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b200
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b3072
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 3072 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b3200
    ""
    RAT_FUNC
    "%6.4"
    "%/(km/h)"

    COEFFS 0 65536 0 0 0 3200 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b40
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 65536 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_b491520
    ""
    RAT_FUNC
    "%6.2"
    "%/s"

    COEFFS 0 65536 0 0 0 491520 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "%"

    COEFFS 0 1000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rel_uw_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 32 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    rfak_q0p5
    ""
    RAT_FUNC
    "%6.2"
    "-"

    COEFFS 0 0 128 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    rgrad_uw_b1280
    ""
    RAT_FUNC
    "%6.4"
    "%/s"

    COEFFS 0 65536 0 0 0 1280 

/end COMPU_METHOD

/begin COMPU_METHOD

    rkti11_sy
    ""
    RAT_FUNC
    "%6.5"
    "ms/%"

    COEFFS 0 7500 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rkti_k_sy
    ""
    RAT_FUNC
    "%6.3"
    "%/(ms*s)"

    COEFFS 0 3.3554432 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rkti_p_sy
    ""
    RAT_FUNC
    "%6.4"
    "%/ms"

    COEFFS 0 33.554432 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    rpspg_q0p0156
    ""
    RAT_FUNC
    "%6.4"
    "Ohm/V"

    COEFFS 0 64 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    runtime1_sy
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1.25 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    runtime2_sy
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 0.078125 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q0p0391
    ""
    RAT_FUNC
    "%6.4"
    "Ohm"

    COEFFS 0 65536 0 0 0 2560 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q10
    ""
    RAT_FUNC
    "%6.1"
    "Ohm"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_q8
    ""
    RAT_FUNC
    "%6.2"
    "Ohm"

    COEFFS 0 1 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_ub_q64
    ""
    RAT_FUNC
    "%6.1"
    "Ohm"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    r_uw_q2
    ""
    RAT_FUNC
    "%6.2"
    "Ohm"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    spgg_q0p52
    ""
    RAT_FUNC
    "%6.3"
    "mV/ms"

    COEFFS 0 1 0 0 0 0.52 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00039
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 1 0 0 0 0.000390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 1000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p00977
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 2.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p03125
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q1p221_mV
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 65536 0 0 0 80 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q1p22Em4
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 65536 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_q4p88Em4
    ""
    RAT_FUNC
    "%6.5"
    "V"

    COEFFS 0 2048 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sb_q0p01043
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 255 0 0 0 2.66 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sw_q0p001222
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.001222 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_sw_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.0704 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt_sy
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 14.2222222222222 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt_w
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.0176 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ubatt_w_sy
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 56.8888888888889 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b17p37
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 255 0 0 0 17.37 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b1p33
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 255 0 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b24
    ""
    RAT_FUNC
    "%6.3"
    "1/V"

    COEFFS 0 1 0 0 0 0.09362 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b28p5
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1 0 0 0 0.1113 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b28p5_w
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1 0 0 0 0.027825 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b320
    ""
    RAT_FUNC
    "%6.2"
    "V"

    COEFFS 0 1 0 0 0 1.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_b5
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p0052
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 255 0 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p0052_o0p2
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 255 51 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_ub_q0p019
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b1280
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1000 0 0 0 19.5313 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b1p33
    ""
    RAT_FUNC
    "%7.6"
    "V"

    COEFFS 0 65535 0 0 0 1.33 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_b5
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p001222
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 65536 0 0 0 80 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p00488
    ""
    RAT_FUNC
    "%6.4"
    "V"

    COEFFS 0 1024 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    spg_uw_q0p00488_o1
    ""
    RAT_FUNC
    "%6.3"
    "V"

    COEFFS 0 1024 1024 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q1_km
    ""
    RAT_FUNC
    "%6.2"
    "km"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q63p75mm
    ""
    RAT_FUNC
    "%6.3"
    "mm"

    COEFFS 0 1 0 0 0 0.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_q6_km
    ""
    RAT_FUNC
    "%6.2"
    "km"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_ub_q1000km
    ""
    RAT_FUNC
    "%7.0"
    "km"

    COEFFS 0 1 0 0 0 1000 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_ub_q25km
    ""
    RAT_FUNC
    "%6.1"
    "km"

    COEFFS 0 1 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_ub_q6p25km
    ""
    RAT_FUNC
    "%6.2"
    "km"

    COEFFS 0 4 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_uw_q62p5mm
    ""
    RAT_FUNC
    "%6.4"
    "mm"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    s_uw_q62p5um
    ""
    RAT_FUNC
    "%6.4"
    "mm"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxms_uw_b209
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 65536 0 0 0 209.725 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_q16Em6
    ""
    RAT_FUNC
    "%7.6"
    "s"

    COEFFS 0 1 0 0 0 1.6e-005 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_ub_b255
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_ub_b25p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_b6553p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_b6553p6
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t100msxs_uw_q100
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_q0p01_o0p05
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0.05 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_sb_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_ub_b25p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_ub_b2p55
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t10msxs_uw_b655p35
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    t16usxms_uw_b1048
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 65536 0 0 0 1048.58 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1msxms_q1
    ""
    RAT_FUNC
    "%6.2"
    "ms"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_q3
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_ub_b255
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_uw_b65535
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t1sxs_uw_q1
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t200msxs_ub_b51
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t200msxs_uw_q0p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_q40p96
    ""
    RAT_FUNC
    "%6.1"
    "s"

    COEFFS 0 1 0 0 0 40.96 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_b5p1
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 50 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_ub_q0p32
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 256 0 0 0 81.92 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_uw_b1310
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20msxs_uw_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.02 

/end COMPU_METHOD

/begin COMPU_METHOD

    t20usxus_q20
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40msxs_ub_q0p04
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.04 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40msxs_uw_q0p04
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.04 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40ms_ub_b10200
    ""
    RAT_FUNC
    "%7.2"
    "ms"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    t40usxus_q40
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    t500msxs_q0p125
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 1 0 0 0 0.125 

/end COMPU_METHOD

/begin COMPU_METHOD

    t500msxs_ub_b127p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 1 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t500usxms_ub_q0p5
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 1 0 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_q0p05
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_ub_b12p75
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_uw_b3276p75
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.05 

/end COMPU_METHOD

/begin COMPU_METHOD

    t50msxs_uw_b819p2
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 1 0 0 0 0.0125 

/end COMPU_METHOD

/begin COMPU_METHOD

    t5msxms_q0p039
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 256 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    t5msxms_q5
    ""
    RAT_FUNC
    "%6.2"
    "ms"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t5usxus_q5
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t6minxh_b6553p5
    ""
    RAT_FUNC
    "%6.3"
    "h"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t6minxmin_q6
    ""
    RAT_FUNC
    "%6.2"
    "min"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    tempg_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "K/s"

    COEFFS 0 256 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "Grad C"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0234
    ""
    RAT_FUNC
    "%6.4"
    "K"

    COEFFS 0 256 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0234_o273
    ""
    RAT_FUNC
    "%6.1"
    "Grad C"

    COEFFS 0 1 273.15 0 0 0.0234375 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q0p0468_K
    ""
    RAT_FUNC
    "%6.4"
    "K"

    COEFFS 0 256 0 0 0 12 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q5
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_q6_o273
    ""
    RAT_FUNC
    "%6.1"
    "Grad C"

    COEFFS 0 1 273.15 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sb_b0p093
    ""
    RAT_FUNC
    "%6.5"
    "Grad C"

    COEFFS 0 512 0 0 0 0.375 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_sw_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 4 0 0 0 3 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_b191p25
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad C"

    COEFFS 0 1 0 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q0p75_o48
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 48 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q1_o40
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 40 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q1_o60
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 60 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q5
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_ub_q5_o50
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 50 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p0029_o48
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 256 12288 0 0 0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p0195
    ""
    RAT_FUNC
    "%6.4"
    "Grad C"

    COEFFS 0 256 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p0195_o50
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 256 12800 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    temp_uw_q0p75_o48
    ""
    RAT_FUNC
    "%6.2"
    "Grad C"

    COEFFS 0 1 48 0 0 0.002929687 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinjection5_sy
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 62.5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tinjection_sy
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 312.5 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tknockcon_sy
    ""
    RAT_FUNC
    "%8.7"
    "s"

    COEFFS 0 312500 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tknockintgrad_sy
    ""
    RAT_FUNC
    "%6.3"
    "V/s"

    COEFFS 0 10.738255033557 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsegment_sy
    ""
    RAT_FUNC
    "%6.5"
    "ms"

    COEFFS 0 1250 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsquant
    ""
    RAT_FUNC
    "%6.2"
    "us"

    COEFFS 0 1.25 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tsquantl
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 0.078125 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tv_ub_b100
    ""
    RAT_FUNC
    "%6.3"
    "%"

    COEFFS 0 256 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    tv_uw_b100
    ""
    RAT_FUNC
    "%6.4"
    "%"

    COEFFS 0 65536 0 0 0 100 

/end COMPU_METHOD

/begin COMPU_METHOD

    txms_ub_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    txms_uw_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "ms"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    tz10msxs_uw_b327p68
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 327.68 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_500msxs_q0p5no100
    ""
    RAT_FUNC
    "%6.1"
    ""

    COEFFS 0 1 -100 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_min_q5p96em8
    ""
    RAT_FUNC
    "%10.9"
    "Min"

    COEFFS 0 1 0 0 0 5.96e-008 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "s"

    COEFFS 0 1000 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 100 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p02
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 100 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q0p5o100ms
    ""
    RAT_FUNC
    "%6.1"
    "ms"

    COEFFS 0 1 -100 0 0 0.5 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q1
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q16us
    ""
    RAT_FUNC
    "%6.1"
    "us"

    COEFFS 0 1 0 0 0 16 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q20_ms
    ""
    RAT_FUNC
    "%6.1"
    "ms"

    COEFFS 0 1 0 0 0 20 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_q4_s
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 1 0 0 0 4 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_ub_q1month
    ""
    RAT_FUNC
    "%6.2"
    "month"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_vanosPre_f4_sy
    ""
    RAT_FUNC
    "%6.4"
    "ms"

    COEFFS 0 78.125 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    t_wdt_high
    ""
    RAT_FUNC
    "%6.2"
    "ms"

    COEFFS 0 1.220703125 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    uefktget_ub_b25p4
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 10 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    undefined
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzgkb_uw_b655
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 655 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_q1p0
    ""
    RAT_FUNC
    "%6.2"
    "km/h"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_sw_q0p00781
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_ub_q1p25
    ""
    RAT_FUNC
    "%6.2"
    "km/h"

    COEFFS 0 1 0 0 0 1.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_b325
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 325 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_b512
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 512 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p00781
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p0078125
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.0078125 

/end COMPU_METHOD

/begin COMPU_METHOD

    vfzg_uw_q0p01
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 1 0 0 0 0.01 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q0p001
    ""
    RAT_FUNC
    "%6.5"
    "L/mm"

    COEFFS 0 1 0 0 0 0.001 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q5p96Em4
    ""
    RAT_FUNC
    "%6.5"
    "mL/s"

    COEFFS 0 65536 0 0 0 39.0625 

/end COMPU_METHOD

/begin COMPU_METHOD

    volgrd_q5p96Em7
    ""
    RAT_FUNC
    "%9.8"
    "L/s"

    COEFFS 0 65536 0 0 0 0.0390625 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p002146
    ""
    RAT_FUNC
    "%6.4"
    "l/h"

    COEFFS 0 65536 0 0 0 140.625 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "mL"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p125ml
    ""
    RAT_FUNC
    "%6.3"
    "ml"

    COEFFS 0 8 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p1_l
    ""
    RAT_FUNC
    "%6.3"
    "L"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q0p306_cme3
    ""
    RAT_FUNC
    "%6.3"
    "cm^3"

    COEFFS 0 6.5536 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q1024mm3
    ""
    RAT_FUNC
    "%7.0"
    "uL"

    COEFFS 0 1 0 0 0 1024 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q1_l
    ""
    RAT_FUNC
    "%6.2"
    "L"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q3p90625Em3_l
    ""
    RAT_FUNC
    "%6.4"
    "L"

    COEFFS 0 65536 0 0 0 256 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_q62p5ul
    ""
    RAT_FUNC
    "%6.4"
    "ml"

    COEFFS 0 16 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_sw_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "ml"

    COEFFS 0 4 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_sw_q2ml
    ""
    RAT_FUNC
    "%6.2"
    "ml"

    COEFFS 0 1 0 0 0 2 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_ub_q10ml
    ""
    RAT_FUNC
    "%6.1"
    "ml"

    COEFFS 0 1 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_ub_q15_o1905ml
    ""
    RAT_FUNC
    "%6.5"
    "ml"

    COEFFS 0 1 1905 0 0 15 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_uw_b5120_LproZyl
    ""
    RAT_FUNC
    "%6.4"
    "L/Zyl"

    COEFFS 0 128 0 0 0 10 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_uw_q0p5mm3
    ""
    RAT_FUNC
    "%6.3"
    "ul"

    COEFFS 0 2 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_uw_q1mm3
    ""
    RAT_FUNC
    "%6.2"
    "ul"

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_uw_q64mm3
    ""
    RAT_FUNC
    "%6.1"
    "ul"

    COEFFS 0 1 0 0 0 64 

/end COMPU_METHOD

/begin COMPU_METHOD

    vol_uw_q8mm3
    ""
    RAT_FUNC
    "%6.2"
    "ul"

    COEFFS 0 1 0 0 0 8 

/end COMPU_METHOD

/begin COMPU_METHOD

    vrad_uw_b655
    ""
    RAT_FUNC
    "%6.4"
    "km/h"

    COEFFS 0 65536 0 0 0 655 

/end COMPU_METHOD

/begin COMPU_METHOD

    vs_q0p1
    ""
    RAT_FUNC
    "%6.3"
    "mL/dT"

    COEFFS 0 1 0 0 0 0.1 

/end COMPU_METHOD

/begin COMPU_METHOD

    vs_uw_b25p6
    ""
    RAT_FUNC
    "%6.5"
    "m^3/h"

    COEFFS 0 65536 0 0 0 25.6 

/end COMPU_METHOD

/begin COMPU_METHOD

    wkw_ub_q0p25
    ""
    RAT_FUNC
    "%6.3"
    "° KW"

    COEFFS 0 100 0 0 0 25 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_q0p1
    ""
    RAT_FUNC
    "%6.3"
    ""

    COEFFS 0 0 255 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_ub_b25p5
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 0 256 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_uw_b655
    ""
    RAT_FUNC
    "%6.1"
    "s"

    COEFFS 0 0 65536 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk100msxs_uw_b6553
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_ub_b2p55
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 255 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_ub_b2p56
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 256 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_ub_b51p2
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 256 0 50 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk10msxs_uw_b2p55T
    ""
    TAB_INTP
    "%6.3"
    "s"
    COMPU_TAB_REF zk10msxs_uw_b2p55T

/end COMPU_METHOD
/begin COMPU_TAB

    zk10msxs_uw_b2p55T
    ""
    TAB_INTP
    35
    128 2.55
    145 2.25
    163 2
    186 1.75
    217 1.5
    251 1.3
    283 1.15
    326 1
    362 0.9
    407 0.8
    465 0.7
    541 0.6
    649 0.5
    720 0.45
    809 0.4
    923 0.35
    1074 0.3
    1285 0.25
    1524 0.21
    1872 0.17
    2259 0.14
    2426 0.13
    2620 0.12
    2847 0.11
    3118 0.1
    3446 0.09
    3850 0.08
    4362 0.07
    5030 0.06
    5939 0.05
    7248 0.04
    9288 0.03
    12893 0.02
    20713 0.01
    32767 0


/end COMPU_TAB

/begin COMPU_METHOD

    zk10msxs_uw_b655
    ""
    RAT_FUNC
    "%12.5"
    "s"

    COEFFS 0 0 65536 0 100 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk1sxs_ub_b255
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 256 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk1sxs_uw_b65535
    ""
    RAT_FUNC
    "%6.0"
    "s"

    COEFFS 0 0 65535 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_ub_b51p2
    ""
    RAT_FUNC
    "%6.3"
    "s"

    COEFFS 0 0 255 0 5 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b13107
    ""
    RAT_FUNC
    "%12.3"
    "s"

    COEFFS 0 0 13107.2 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b5
    ""
    RAT_FUNC
    "%7.6"
    "1/s"

    COEFFS 0 65536 0 0 0 5 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk200msxs_uw_b960
    ""
    RAT_FUNC
    "%6.4"
    "%/s"

    COEFFS 0 65536 0 0 0 960 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_ub_b5p1
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 5.1 0 1 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_ub_b5p12
    ""
    RAT_FUNC
    "%6.4"
    "s"

    COEFFS 0 0 256 0 50 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_uw_b1310
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 50 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk20msxs_uw_b1310p72
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 32768 0 25 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk40ms_ub_b10200
    ""
    RAT_FUNC
    "%6.1"
    "ms"

    COEFFS 0 0 10240 0 1 40 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk50msxs_ub_b12p8
    ""
    RAT_FUNC
    "%10.5"
    "s"

    COEFFS 0 0 128 0 10 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk50msxs_uw_b3276p8
    ""
    RAT_FUNC
    "%12.4"
    "s"

    COEFFS 0 0 65536 0 20 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zk5msxs_uw_b327
    ""
    RAT_FUNC
    "%6.2"
    "s"

    COEFFS 0 0 65536 0 200 0 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_azue_sy
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 1.33333333333333 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_sb_q0p3735
    ""
    RAT_FUNC
    "%6.3"
    "grad KW"

    COEFFS 0 255 0 0 0 95.625 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_sb_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "grad KW"

    COEFFS 0 255 0 0 0 191.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_sb_q6
    ""
    RAT_FUNC
    "%6.2"
    "Grad KW"

    COEFFS 0 1 0 0 0 6 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_TR2OT_sy
    ""
    RAT_FUNC
    "%6.2"
    "Grad KW"

    COEFFS 0 -1.33333333333333 96 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_TR2OT_teeth_sy
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 -0.166666666666667 12 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_ub_q0p75
    ""
    RAT_FUNC
    "%6.3"
    "Grad KW"

    COEFFS 0 255 0 0 0 191.25 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_ub_q6
    ""
    RAT_FUNC
    "%6.2"
    "Grad KW"

    COEFFS 0 255 0 0 0 1530 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_ub_qn0p75
    ""
    RAT_FUNC
    "%6.4"
    "grad KW"

    COEFFS 0 1 0 0 0 -0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    zw_uw_qn0p75
    ""
    RAT_FUNC
    "%6.4"
    "grad KW"

    COEFFS 0 1 0 0 0 -0.75 

/end COMPU_METHOD

/begin COMPU_METHOD

    default
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin COMPU_METHOD

    defaultAscii
    ""
    RAT_FUNC
    "%6.2"
    ""

    COEFFS 0 1 0 0 0 1 

/end COMPU_METHOD

/begin RECORD_LAYOUT FkfNoShNoOffWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT FklWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GkfWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT GklWUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxSwAySwSstxSwSstySwWSw

    NO_AXIS_PTS_X     1 SWORD
    NO_AXIS_PTS_Y     2 SWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 SWORD INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSbSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUbWSw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUbWUw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxSwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUbWSb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUwWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUbSstyUwWUw

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UBYTE INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUwSstyUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    NO_AXIS_PTS_Y     2 UBYTE
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        5 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUbAyUbSstxUwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxSwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 SWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxUwSstyUwWSw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfAxUwAyUwSstxUwSstyUwWUw

    NO_AXIS_PTS_X     1 UWORD
    NO_AXIS_PTS_Y     2 UWORD
    AXIS_PTS_X        3 UWORD INDEX_INCR DIRECT
    AXIS_PTS_Y        4 UWORD INDEX_INCR DIRECT
    FNC_VALUES        5 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KfWUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlASwSstSwWSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSbWSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSbWUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSwWSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstSwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUbWUw

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWSw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUbSstUwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstSwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWSw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWUb

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KlAUwSstUwWUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT
    FNC_VALUES        3 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KtxC

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwbUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwbUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwSb

    FNC_VALUES        1 SBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwSw

    FNC_VALUES        1 SWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwUb

    FNC_VALUES        1 UBYTE COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwUl

    FNC_VALUES        1 ULONG COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT KwUw

    FNC_VALUES        1 UWORD COLUMN_DIR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstASwSstSw

    NO_AXIS_PTS_X     1 SWORD
    AXIS_PTS_X        2 SWORD INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUbSstSb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 SBYTE INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUbSstUb

    NO_AXIS_PTS_X     1 UBYTE
    AXIS_PTS_X        2 UBYTE INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUbSstUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT

/end RECORD_LAYOUT

/begin RECORD_LAYOUT SstAUwSstUw

    NO_AXIS_PTS_X     1 UWORD
    AXIS_PTS_X        2 UWORD INDEX_INCR DIRECT

/end RECORD_LAYOUT

  /end MODULE
/end PROJECT